77
1 2x4 WALLTITE® Cavity Insulation Assemblies 1.10 1.20 1.30 1.40 1.50 1.60 1.70 2 2x4 ENERTITE® Cavity Insulation Assemblies 2.10 2.11 2.20 2.21 2.30 2.31 2.32 2.40 2.50 Wood Frame Wall with Neopor® Sheathing & ENERTITE® Cavity Insulation 2.60 3 2x4 R12 Fibreglass Batt Cavity Insulation Assemblies 3.10 3.11 3.20 3.30 3.31 4 2x4 R14 Fibreglass Batt Cavity Insulation Assemblies 4.10 4.11 4.20 4.21 4.30 4.31 5 2x4 Cellulose Cavity Insulation Assemblies 5.10 5.11 5.20 5.21 5.30 5.31 6 2x6 WALLTITE® Cavity Insulation Assemblies 6.10 6.20 6.30 6.31 Wood Frame Wall with Fibreboard Sheathing & WALLTITE® Cavity Insulation 2 Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 2 Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 1 Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 2 Wood Frame Wall with Plywood Sheathing & WALLTITE® Cavity Insulation Wood Frame Wall with OSB Sheathing & WALLTITE® Cavity Insulation Wood Frame Wall with Fibreboard Sheathing & WALLTITE® Cavity Insulation 1 Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & R14 Fibreglass Batt Cavity Insulation 1 Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & R14 Fibreglass Batt Cavity Insulation 2 Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R14 Fibreglass Batt Cavity Insulation 1 Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 1 Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 2 Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 1 Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & R12 Fibreglass Batt Cavity Insulation 2 Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & R12 Fibreglass Batt Cavity Insulation Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R12 Fibreglass Batt Cavity Insulation 1 Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R12 Fibreglass Batt Cavity Insulation 2 Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & R14 Fibreglass Batt Cavity Insulation 1 Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & R14 Fibreglass Batt Cavity Insulation 2 Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 1 Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 2 Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 2 Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R14 Fibreglass Batt Cavity Insulation 2 Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 1 Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 2 Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 3 Wood Frame Wall with EPS Sheathing & ENERTITE® Cavity Insulation Wood Frame Wall with PIR Sheathing & ENERTITE® Cavity Insulation Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & R12 Fibreglass Batt Cavity Insulation 1 Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior & Cavity Insulation Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior & Cavity Insulation Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior & Cavity Insulation Wood Frame Wall with EPS Sheathing & WALLTITE® Cavity Insulation Wood Frame Wall with PIR Sheathing & WALLTITE® Cavity Insulation Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 1 Wood Frame Wall with Neopor® Sheathing & WALLTITE® Cavity Insulation Wood Frame Wall with XPS Sheathing & WALLTITE® Cavity Insulation Effective Thermal Resistance of Wall Assemblies Information Version 1.0 November 26, 2014

Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

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Page 1: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

1 2x4 WALLTITE® Cavity Insulation Assemblies1.10

1.20

1.30

1.40

1.50

1.60

1.70

2 2x4 ENERTITE® Cavity Insulation Assemblies2.10

2.11

2.20

2.21

2.30

2.31

2.32

2.40

2.50 Wood Frame Wall with Neopor® Sheathing & ENERTITE® Cavity Insulation

2.60

3 2x4 R‐12 Fibreglass Batt Cavity Insulation Assemblies3.10

3.11

3.20

3.30

3.31

4 2x4 R‐14 Fibreglass Batt Cavity Insulation Assemblies4.104.114.204.214.304.31

5 2x4 Cellulose Cavity Insulation Assemblies5.105.115.205.215.305.31

6 2x6 WALLTITE® Cavity Insulation Assemblies6.106.206.306.31 Wood Frame Wall with Fibreboard Sheathing & WALLTITE® Cavity Insulation 2

Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 2

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 1

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 2

Wood Frame Wall with Plywood Sheathing & WALLTITE® Cavity InsulationWood Frame Wall with OSB Sheathing & WALLTITE® Cavity InsulationWood Frame Wall with Fibreboard Sheathing & WALLTITE® Cavity Insulation 1

Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & R‐14 Fibreglass Batt Cavity Insulation 1

Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & R‐14 Fibreglass Batt Cavity Insulation 2

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R‐14 Fibreglass Batt Cavity Insulation 1

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 1

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 2

Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 1

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & R‐12 Fibreglass Batt Cavity Insulation 2

Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & R‐12 Fibreglass Batt Cavity Insulation

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R‐12 Fibreglass Batt Cavity Insulation 1

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R‐12 Fibreglass Batt Cavity Insulation 2

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & R‐14 Fibreglass Batt Cavity Insulation 1

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & R‐14 Fibreglass Batt Cavity Insulation 2

Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 1

Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 2

Wood Frame Wall with Plywood  Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 2

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R‐14 Fibreglass Batt Cavity Insulation 2

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 1

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 2

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 3

Wood Frame Wall with EPS Sheathing & ENERTITE® Cavity Insulation

Wood Frame Wall with PIR Sheathing & ENERTITE® Cavity Insulation

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & R‐12 Fibreglass Batt Cavity Insulation 1

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior & Cavity Insulation

Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior & Cavity Insulation

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior & Cavity Insulation

Wood Frame Wall with EPS Sheathing & WALLTITE® Cavity Insulation

Wood Frame Wall with PIR Sheathing & WALLTITE® Cavity Insulation

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 1

Wood Frame Wall with Neopor® Sheathing & WALLTITE® Cavity Insulation

Wood Frame Wall with XPS Sheathing & WALLTITE® Cavity Insulation

Effective Thermal Resistance of Wall Assemblies Information

Version 1.0 November 26, 2014

Page 2: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.06

5 0.08

6** 1.80

7 0.08

8 0.12

3.46 / 19.66 3.51 / 19.96

5.01 / 28.47 5.01 / 28.47

4.41 / 25.04 4.41 / 25.04

Table No. 1

Table No. 2

12.7mm Gypsum Board (1/2") 0.45

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

2x4 Framing & 76.2mm WALLTITE® (3") 10.22

20mm Air Cavity 1.02

25.4mm WALLTITE® (1") 6.02

9.5mm Plywood (3/8") 0.47

Wall Assembly Components

Outboard/Inboard Ratio of Insulation****

305mm (12 in)

5999

Reff

Outside Air Film 0.17

Metal Siding 0.62

406 mm (16 in)

N/A

5999Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days)

N/A

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Inside Air Film 0.68

Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)***

Wall Thermal Resistance / PerformanceStud Spacing

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior & Cavity Insulation

Reference Wall Assembly No. 1.10

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4.(1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 3: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 6.02 6.02

5 0.47 0.47

6** 10.22 10.52

7 0.45 0.45

8 0.68 0.68

19.66 19.96

16"(C) 16"23

77

Table No. 4

Table No. 3

0.18

0.11

0.03 0.03

0.11

0.18

0.08

0.12

0.08 0.08

0.08

0.12

1.80 1.85

3.51

1.06

1.80 1.85

3.46

1.0625.4mm WALLTITE® (1")

Wall Assembly Components

Outside Air Film

Metal Siding

20mm Air Cavity

Wall Assembly Component

Thermal Resistance (A)

Frame 16" OC

RSI Effective Insulated Cavity

9.5mm Plywood (3/8")

Framing Factor %

2x4 Framing & 76.2mm WALLTITE® (3")

12.7mm Gypsum Board (1/2")

Effective Thermal Resistance of Wall Assembly Total

12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D)

Cavity Insulation (E)

0.74

3.35

12" (B)24.5

75.5

Inside Air Film

Frame 12" OC

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior & Cavity Insulation

Reference Wall Assembly No. 1.10

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)

Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 4: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.06

5 0.09

6** 1.80

7 0.08

8 0.12

3.47 / 19.72 3.52 / 20.02

5.02 / 28.52 5.02 / 28.52

4.41 / 25.04 4.41 / 25.04

Table No. 1

Table No. 2

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation N/A N/A

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)

1.02

25.4mm WALLTITE® (1") 6.02

9.5mm OSB (3/8") 0.53

2x4 Framing & 76.2mm WALLTITE® (3") 10.22

20mm Air Cavity

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior & Cavity Insulation

Reference Wall Assembly No. 1.20

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 5: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 6.02 6.02

5 0.53 0.53

6** 10.22 10.52

7 0.45 0.45

8 0.68 0.68

19.72 20.02

16"(C) 16"23

77

Table No. 3

Table No. 4

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.80 1.85

Cavity Insulation (E) 3.35 75.5

Effective Thermal Resistance of Wall Assembly Total 3.47 3.52

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

9.5mm OSB (3/8") 0.09 0.09

2x4 Framing & 76.2mm WALLTITE® (3") 1.80 1.85

20mm Air Cavity 0.18 0.18

25.4mm WALLTITE® (1") 1.06 1.06

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior& Cavity Insulation

Reference Wall Assembly No. 1.20

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 6: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.06

5 0.20

6** 1.80

7 0.08

8 0.12

3.58 / 20.33 3.63 / 20.62

5.13 / 29.13 5.13 / 29.13

4.41 / 25.04 4.41 / 25.04

Table No. 1

Table No. 2

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation N/A N/A

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)

1.02

25.4mm WALLTITE® (1") 6.02

12.7mm Fibreboard (1/2") 1.14

2x4 Framing & 76.2mm WALLTITE® (3") 10.22

20mm Air Cavity

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior & Cavity Insulation

Reference Wall Assembly No. 1.30

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 7: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 6.02 6.02

5 1.14 1.14

6** 10.22 10.52

7 0.45 0.45

8 0.68 0.68

20.33 20.62

16"(C) 16"23

77

Table No. 3

Table No. 4

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.80 1.85

Cavity Insualton (E) 3.35 75.5

Effective Thermal Resistance of Wall Assmebly Total 3.58 3.63

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

12.7mm Fibreboard (1/2") 0.20 0.20

2x4 Framing & 76.2mm WALLTITE® (3") 1.80 1.85

20mm Air Cavity 0.18 0.18

25.4mm WALLTITE® (1") 1.06 1.06

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior & Cavity Insulation

Reference Wall Assembly No. 1.30

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 8: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 0.70

5** 1.80

6 0.08

7 0.12

3.02 / 17.15 3.07 / 17.44

4.57 / 25.95 4.57 / 25.95

4.05 / 23.00 4.05 / 23.00

Table No. 1

Table No. 2

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 3000 3000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 5999 5999

Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation N/A N/A

0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)

12.7mm Gypsum Board (1/2")

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

25.4mm EPS (1") 3.98

2x4 Framing & 76.2mm WALLTITE® (3") 10.22

Wood Frame Wall with EPS Sheathing & WALLTITE® Cavity Insulation

Reference Wall Assembly No. 1.40

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 9: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 3.98 3.98

5** 10.22 10.52

6 0.45 0.45

7 0.68 0.68

17.15 17.44

16"(C) 16"23

77

Table No. 3

Table No. 4

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.80 1.85

Cavity Insulation (E) 3.35 75.5

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.02 3.07

0.18 0.18

2x4 Framing & 76.2mm WALLTITE® (3") 1.80 1.85

12.7mm Gypsum Board (1/2") 0.08 0.08

Outside Air Film 0.03 0.03

25.4mm EPS (1") 0.70 0.70

Metal Siding 0.11 0.11

20mm Air Cavity

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Wood Frame Wall with EPS Sheathing& WALLTITE® Cavity Insulation

Reference Wall Assembly No. 1.40

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 10: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 0.80

5** 1.80

6 0.08

7 0.12

3.12 / 17.71 3.17 / 18.01

4.67 / 26.52 4.67 / 26.52

4.15 / 23.57 4.15 / 23.57

Table No. 1

Table No. 2

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation N/A N/A

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)

20mm Air Cavity 1.02

25.4mm Neopor® (1") 4.54

2x4 Framing & 76.2mm WALLTITE® (3") 10.22

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

Wood Frame Wall with Nepor Sheathing & WALLTITE® Cavity Insulation

Reference Wall Assembly No. 1.50

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 11: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 4.54 4.54

5** 10.22 10.52

6 0.45 0.45

7 0.68 0.68

17.71 18.01

16"(C) 16"23

77

Table No. 3

Table No. 4

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.80 1.85

Cavity Insulation (E) 3.35 75.5

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.12 3.17

2x4 Framing & 76.2mm WALLTITE® (3") 1.80 1.85

12.7mm Gypsum Board (1/2") 0.08 0.08

20mm Air Cavity 0.18 0.18

25.4mm Neopor® (1") 0.80 0.80

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Wood Frame Wall with Neopor Sheathing& WALLTITE® Cavity Insulation

Reference Wall Assembly No. 1.50

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 12: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 0.88

5** 1.80

6 0.08

7 0.12

3.20 / 18.17 3.25 / 18.47

4.75 / 26.97 4.75 / 26.97

4.23 / 24.02 4.23 / 24.02

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

25.4mm XPS (1") 5.00

2x4 Framing & 76.2mm WALLTITE® (3") 10.22

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation N/A N/A

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with XPS Sheathing & WALLTITE® Cavity Insulation

Reference Wall Assembly No. 1.60

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 13: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 5.00 5.00

5** 10.22 10.52

6 0.45 0.45

7 0.68 0.68

18.17 18.47

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

25.4mm XPS (1") 0.88 0.88

2x4 Framing & 76.2mm WALLTITE® (3") 1.80 1.85

12.7mm Gypsum Board (1/2") 0.08 0.08

RSI Effective Insulated Cavity

12" (B) 12"

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.20 3.25

Cavity Insulation (E) 3.35 75.5

Wall Assembly Component

Thermal Resistance (A)Framing Factor %

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.80 1.85

Wood Frame Wall with XPS Sheathing& WALLTITE® Cavity Insulation

Reference Wall Assembly No. 1.60

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 14: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.02

5** 1.80

6 0.08

7 0.12

3.34 / 18.96 3.39 / 19.26

4.89 / 27.77 4.89 / 27.77

4.37 / 24.82 4.37 / 24.82

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

25.4mm PIR (1") 5.79

2x4 Framing & 76.2mm WALLTITE® (3") 10.22

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation N/A N/A

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with PIR Sheathing & WALLTITE® Cavity Insulation

Reference Wall Assembly No. 1.70

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 15: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 5.79 5.79

5** 10.22 10.52

6 0.45 0.45

7 0.68 0.68

18.96 19.26

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

25.4mm PIR (1") 1.02 1.02

2x4 Framing & 76.2mm WALLTITE® (3") 1.80 1.85

12.7mm Gypsum Board (1/2") 0.08 0.08

RSI Effective Insulated Cavity

12" (B) 12"

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.34 3.39

Cavity Insulation (E) 3.35 75.5

Wall Assembly Component

Thermal Resistance (A)Framing Factor %

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.80 1.85

Wood Frame Wall with PIR Sheathing& WALLTITE® Cavity Insulation

Reference Wall Assembly No. 1.70

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 16: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.64

5 0.08

6 1.83

7 0.00

8 0.08

9 0.12

4.07 / 23.14 4.13 / 23.45

5.74 / 32.61 5.74 / 32.61

5.14 / 29.19 5.14 / 29.19

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

38mm WALLTITE®1.5") 9.31

9.5mm Plywood (3/8") 0.47

2x4 Framing & 89mm ENERTITE® (3.5") 10.40

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.80 0.80

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 7000 7000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

0.00Vapour Barrier - Polyethylene

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 1

Reference Wall Assembly No. 2.10

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 17: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 9.31 9.31

5 0.47 0.47

6 10.40 10.71

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

23.14 23.45

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

38mm WALLTITE®1.5") 1.64 1.64

9.5mm Plywood (3/8") 0.08 0.08

2x4 Framing & 89mm ENERTITE® (3.5") 1.83 1.89

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 4.07 4.13

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

Studs (D) 0.74 24.51.83 1.89

Cavity Insulation (E) 3.50 75.5

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Vapour Barrier - Polyethylene 0.00 0.00

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 1

Reference Wall Assembly No. 2.10

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 18: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.91

5 0.08

6 1.83

7 0.00

8 0.08

9 0.12

4.34 / 24.67 4.40 / 24.98

6.01 / 34.14 6.01 / 34.14

5.41 / 30.72 5.41 / 30.72

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

44.5mm WALLTITE® (1.75") 10.85

9.5mm Plywood (3/8") 0.47

2x4 Framing & 89mm ENERTITE® (3.5") 10.40

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.91 0.91

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 7000 7000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 2

Reference Wall Assembly No. 2.11

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 19: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 10.85 10.85

5 0.47 0.47

6 10.40 10.71

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

24.67 24.98

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

44.5mm WALLTITE® (1.75") 1.91 1.91

9.5mm Plywood (3/8") 0.08 0.08

2x4 Framing & 89mm ENERTITE® (3.5") 1.83 1.89

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 4.34 4.40

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.83 1.89

Cavity Insulation (E) 3.50 75.5

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 2

Reference Wall Assembly No. 2.11

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 20: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.64

5 0.09

6 1.83

7 0.00

8 0.08

9 0.12

4.08 / 23.19 4.14 / 23.51

5.75 / 32.67 5.75 / 32.67

5.14 / 29.19 5.14 / 29.19

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

38mm WALLTITE®1.5") 9.31

9.5mm OSB (3/8") 0.53

2x4 Framing & 89mm ENERTITE® (3.5") 10.40

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.80 0.80

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 7000 7000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with OSB Sheathing, WALLTITE®Exterior Insulation & ENERTITE® Cavity Insulation 1

Reference Wall Assembly No. 2.20

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 21: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 9.31 9.31

5 0.53 0.53

6 10.40 10.71

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

23.19 23.51

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

38mm WALLTITE®1.5") 1.64 1.64

9.5mm OSB (3/8") 0.09 0.09

2x4 Framing & 89mm ENERTITE® (3.5") 1.83 1.89

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 4.08 4.14

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.83 1.89

Cavity Insulation (E) 3.50 75.5

Wood Frame Wall with OSB Sheathing, WALLTITE®Exterior Insulation & ENERTITE® Cavity Insulation 1

Reference Wall Assembly No. 2.20

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 22: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.91

5 0.09

6 1.83

7 0.00

8 0.08

9 0.12

4.35 / 24.73 4.41 / 25.04

6.02 / 34.20 6.02 / 34.20

5.41 / 30.72 5.41 / 30.72

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

44.5mm WALLTITE® (1.75") 10.85

9.5mm OSB (3/8") 0.53

2x4 Framing & 89mm ENERTITE® (3.5") 10.40

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.91 0.91

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 7000 7000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with OSB Sheathing, WALLTITE®Exterior Insulation & ENERTITE® Cavity Insulation 2

Reference Wall Assembly No. 2.21

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 23: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 10.85 10.85

5 0.53 0.53

6 10.40 10.71

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

24.73 25.04

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

44.5mm WALLTITE® (1.75") 1.91 1.91

9.5mm OSB (3/8") 0.09 0.09

2x4 Framing & 89mm ENERTITE® (3.5") 1.83 1.89

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 4.35 4.41

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.83 1.89

Cavity Insulation (E) 3.50 75.5

Wood Frame Wall with OSB Sheathing, WALLTITE®Exterior Insulation & ENERTITE® Cavity Insulation 2

Reference Wall Assembly No. 2.21

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 24: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.37

5 0.20

6 1.83

7 0.00

8 0.08

9 0.12

3.92 / 22.27 3.98 / 22.58

5.59 / 31.74 5.59 / 31.74

4.87 / 27.65 4.87 / 27.65

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

32mm WALLTITE® (1.25") 7.78

12.7mm Fibreboard (1/2") 1.14

2x4 Framing & 89mm ENERTITE® (3.5") 10.40

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.66 0.66

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 7000 7000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 1

Reference Wall Assembly No. 2.30

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 25: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 7.78 7.78

5 1.14 1.14

6 10.40 10.71

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

22.27 22.58

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

32mm WALLTITE® (1.25") 1.37 1.37

12.7mm Fibreboard (1/2") 0.20 0.20

2x4 Framing & 89mm ENERTITE® (3.5") 1.83 1.89

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.92 3.98

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.83 1.89

Cavity Insulation (E) 3.50 75.5

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 1

Reference Wall Assembly No. 2.30

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 26: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.64

5 0.20

6 1.83

7 0.00

8 0.08

9 0.12

4.19 / 23.80 4.25 / 24.11

5.86 / 33.28 5.86 / 33.28

5.14 / 29.19 5.14 / 29.19

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

38mm WALLTITE®1.5") 9.31

12.7mm Fibreboard (1/2") 1.14

2x4 Framing & 89mm ENERTITE® (3.5") 10.40

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.77 0.77

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 7000 7000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 2

Reference Wall Assembly No. 2.31

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 27: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 9.31 9.31

5 1.14 1.14

6 10.40 10.71

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

23.80 24.11

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

38mm WALLTITE®1.5") 1.64 1.64

12.7mm Fibreboard (1/2") 0.20 0.20

2x4 Framing & 89mm ENERTITE® (3.5") 1.83 1.89

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assmebly Total 4.19 4.25

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.83 1.89

Cavity Insualton (E) 3.50 75.5

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 2

Reference Wall Assembly No. 2.31

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 28: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.91

5 0.20

6 1.83

7 0.00

8 0.08

9 0.12

4.46 / 25.33 4.52 / 25.65

6.13 / 34.81 6.13 / 34.81

5.41 / 30.72 5.41 / 30.72

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

44.5mm WALLTITE® (1.75") 10.85

12.7mm Fibreboard (1/2") 1.14

2x4 Framing & 89mm ENERTITE® (3.5") 10.40

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.87 0.87

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 7000 7000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 3

Reference Wall Assembly No. 2.32

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 29: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 10.85 10.85

5 1.14 1.14

6 10.40 10.71

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

25.33 25.65

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

44.5mm WALLTITE® (1.75") 1.91 1.91

12.7mm Fibreboard (1/2") 0.20 0.20

2x4 Framing & 89mm ENERTITE® (3.5") 1.83 1.89

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 4.46 4.52

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.83 1.89

Cavity Insulation (E) 3.50 75.5

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & ENERTITE® Cavity Insulation 3

Reference Wall Assembly No. 2.32

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 30: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.06

5 1.83

6 0.00

7 0.08

8 0.12

3.41 / 19.37 3.47 / 19.68

5.08 / 28.85 5.08 / 28.85

4.56 / 25.89 4.56 / 25.89

Table No. 1

Table No. 2

20mm Air Cavity 1.02

38mm EPS (1.5") 6.02

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

2x4 Framing & 89mm ENERTITE® (3.5") 10.40

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation N/A N/A

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with EPS Sheathing & ENERTITE® Cavity Insulation

Reference Wall Assembly No. 2.40

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 31: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 6.02 6.02

5 10.40 10.71

6 0.00 0.00

7 0.45 0.45

8 0.68 0.68

19.37 19.68

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

38mm EPS (1.5") 1.06 1.06

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

2x4 Framing & 89mm ENERTITE® (3.5") 1.83 1.89

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.41 3.47

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.83 1.89

Cavity Insulation (E) 3.50 75.5

Wood Frame Wall with EPS Sheathing, & ENERTITE® Cavity Insulation

Reference Wall Assembly No. 2.40

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 32: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.22

5 1.83

6 0.00

7 0.08

8 0.12

3.57 / 20.28 3.63 / 20.59

5.24 / 29.76 5.24 / 29.76

4.72 / 26.80 4.72 / 26.80

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

38mm Neopor® (1.5") 6.93

2x4 Framing & 89mm ENERTITE® (3.5") 10.40

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation N/A N/A

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with Neopor Sheathing & ENERTITE® Cavity Insulation

Reference Wall Assembly No. 2.50

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®,WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 33: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 6.93 6.93

5 10.40 10.71

6 0.00 0.00

7 0.45 0.45

8 0.68 0.68

20.28 20.59

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

38mm Neopor® (1.5") 1.22 1.22

2x4 Framing & 89mm ENERTITE® (3.5") 1.83 1.89

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.57 3.63

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.83 1.89

Cavity Insulation (E) 3.50 75.5

Wood Frame Wall with Neopor Sheathing,& ENERTITE® Cavity Insulation

Reference Wall Assembly No. 2.50

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 34: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.02

5 1.83

6 0.00

7 0.08

8 0.12

3.37 / 19.14 3.43 / 19.46

5.04 / 28.62 5.04 / 28.62

4.52 / 25.67 4.52 / 25.67

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

25.4mm PIR (1") 5.79

2x4 Framing & 89mm ENERTITE® (3.5") 10.40

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.57 0.57

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with PIR Sheathing & ENERTITE® Cavity Insulation

Reference Wall Assembly No. 2.60

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 35: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 5.79 5.79

5 10.40 10.71

6 0.00 0.00

7 0.45 0.45

8 0.68 0.68

19.14 19.46

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

25.4mm PIR (1") 1.02 1.02

2x4 Framing & 89mm ENERTITE® (3.5") 1.83 1.89

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.37 3.43

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.83 1.89

Cavity Insulation (E) 3.50 75.5

Wood Frame Wall with PIR Sheathing, & ENERTITE® Cavity Insulation

Reference Wall Assembly No. 2.60

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 36: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.91

5 0.08

6 1.45

7 0.00

8 0.08

9 0.12

3.97 / 22.52 3.99 / 22.68

4.62 / 26.25 4.62 / 26.25

4.02 / 22.83 4.02 / 22.83

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

44.5mm WALLTITE® (1.75") 10.85

9.5mm Plywood (3/8") 0.47

2x4 Framing & R-12 Fibreglass Batt (3.5") 8.25

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.93 0.93

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 7000 7000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Vapour Barrier - Polyethylene 0.00

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & R-12 Fibreglass Batt Cavity Insulation 1

Reference Wall Assembly No. 3.10

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 37: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 10.85 10.85

5 0.47 0.47

6 8.25 8.41

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

22.52 22.68

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

44.5mm WALLTITE® (1.75") 1.91 1.91

9.5mm Plywood (3/8") 0.08 0.08

2x4 Framing & R-12 Fibreglass Batt (3.5") 1.45 1.48

Framing Factor % RSI Effective Insulated Cavity

12" (B) 12"

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

1.45 1.48Cavity Insulation (E) 2.11 75.5

Effective Thermal Resistance of Wall Assembly Total 3.97 3.99

Wall Assembly Component

Thermal Resistance (A)

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Vapour Barrier - Polyethylene 0.00 0.00

Studs (D) 0.74 24.5

Wood Frame Wall with Plywood Sheathing, WALLTITE ® Exterior Insulation & R-12 Fibreglass Batt Cavity Insulation 1

Reference Wall Assembly No. 3.10

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 38: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.64

5 0.08

6 1.45

7 0.00

8 0.08

9 0.12

3.70 / 20.99 3.72 / 21.15

4.35 / 24.72 4.35 / 24.72

3.75 / 21.29 3.75 / 21.29

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

38mm WALLTITE®1.5") 9.31

9.5mm Plywood (3/8") 0.47

2x4 Framing & R-12 Fibreglass Batt (3.5") 8.25

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.82 0.82

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & R-12 Fibreglass Batt Cavity Insulation 2

Reference Wall Assembly No. 3.11

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 39: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 9.31 9.31

5 0.47 0.47

6 8.25 8.41

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

20.99 21.15

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

38mm WALLTITE®1.5") 1.64 1.64

9.5mm Plywood (3/8") 0.08 0.08

2x4 Framing & R-12 Fibreglass Batt (3.5") 1.45 1.48

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.70 3.72

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.45 1.48

Cavity Insulation (E) 2.11 75.5

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & R-12 Fibreglass Batt Cavity Insulation 2

Reference Wall Assembly No. 3.11

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 40: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.64

5 0.09

6 1.45

7 0.00

8 0.08

9 0.12

3.71 / 21.05 3.73 / 21.21

4.36 / 24.78 4.36 / 24.78

3.75 / 21.29 3.75 / 21.29

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

38mm WALLTITE®1.5") 9.31

9.5mm OSB (3/8") 0.53

2x4 Framing & R-12 Fibreglass Batt (3.5") 8.25

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.82 0.82

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Vapour Barrier - Polyethylene 0.00

Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & R-12 Fibreglass Batt Cavity Insulation

Reference Wall Assembly No. 3.20

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 41: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 9.31 9.31

5 0.53 0.53

6 8.25 8.41

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

21.05 21.21

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

38mm WALLTITE®1.5") 1.64 1.64

9.5mm OSB (3/8") 0.09 0.09

2x4 Framing & R-12 Fibreglass Batt (3.5") 1.45 1.48

Framing Factor % RSI Effective Insulated Cavity

12" (B) 12"

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

1.45 1.48Cavity Insulation (E) 2.11 75.5

Effective Thermal Resistance of Wall Assembly Total 3.71 3.73

Wall Assembly Component

Thermal Resistance (A)

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Vapour Barrier - Polyethylene 0.00 0.00

Studs (D) 0.74 24.5

Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & R-12 Fibreglass Batt Cavity Insulation

Reference Wall Assembly No. 3.20

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 42: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.37

5 0.20

6 1.45

7 0.00

8 0.08

9 0.12

3.54 / 20.12 3.57 / 20.28

4.20 / 23.85 4.20 / 23.85

3.48 / 19.76 3.48 / 19.76

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

32mm WALLTITE® (1.25") 7.78

12.7mm Fibreboard (1/2") 1.14

2x4 Framing & R-12 Fibreglass Batt (3.5") 8.25

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.67 0.67

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Vapour Barrier - Polyethylene 0.00

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R-12 Fibreglass Batt Cavity Insulation 1

Reference Wall Assembly No. 3.30

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 43: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 7.78 7.78

5 1.14 1.14

6 8.25 8.41

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

20.12 20.28

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

32mm WALLTITE® (1.25") 1.37 1.37

12.7mm Fibreboard (1/2") 0.20 0.20

2x4 Framing & R-12 Fibreglass Batt (3.5") 1.45 1.48

Framing Factor % RSI Effective Insulated Cavity

12" (B) 12"

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

1.45 1.48Cavity Insulation (E) 2.11 75.5

Effective Thermal Resistance of Wall Assembly Total 3.54 3.57

Wall Assembly Component

Thermal Resistance (A)

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Vapour Barrier - Polyethylene 0.00 0.00

Studs (D) 0.74 24.5

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R-12 Fibreglass Batt Cavity Insulation 1

Reference Wall Assembly No. 3.30

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 44: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.64

5 0.20

6 1.45

7 0.00

8 0.08

9 0.12

3.81 / 21.65 3.84 / 21.81

4.47 / 25.38 4.47 / 25.38

3.75 / 21.29 3.75 / 21.29

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

38mm WALLTITE®1.5") 9.31

12.7mm Fibreboard (1/2") 1.14

2x4 Framing & R-12 Fibreglass Batt (3.5") 8.25

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.78 0.78

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Vapour Barrier - Polyethylene 0.00

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R-12 Fibreglass Batt Cavity Insulation 2

Reference Wall Assembly No. 3.31

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 45: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 9.31 9.31

5 1.14 1.14

6 8.25 8.41

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

21.65 21.81

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

38mm WALLTITE®1.5") 1.64 1.64

12.7mm Fibreboard (1/2") 0.20 0.20

2x4 Framing & R-12 Fibreglass Batt (3.5") 1.45 1.48

Framing Factor % RSI Effective Insulated Cavity

12" (B) 12"

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

1.45 1.48Cavity Insulation (E) 2.11 75.5

Effective Thermal Resistance of Wall Assembly Total 3.81 3.84

Wall Assembly Component

Thermal Resistance (A)

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Vapour Barrier - Polyethylene 0.00 0.00

Studs (D) 0.74 24.5

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R-12 Fibreglass Batt Cavity Insulation 2

Reference Wall Assembly No. 3.31

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 46: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.37

5 0.08

6 1.57

7 0.00

8 0.08

9 0.12

3.55 / 20.13 3.58 / 20.33

4.44 / 25.23 4.44 / 25.23

3.84 / 21.81 3.84 / 21.81

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

32mm WALLTITE® (1.25") 7.78

9.5mm Plywood (3/8") 0.47

2x4 Framing & R-14 Fibreglass Batt (3.5") 8.93

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.61 0.61

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & R-14 Fibreglass Batt Cavity Insulation 1

Reference Wall Assembly No. 4.10

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 47: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 7.78 7.78

5 0.47 0.47

6 8.93 9.13

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

20.13 20.33

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

32mm WALLTITE® (1.25") 1.37 1.37

9.5mm Plywood (3/8") 0.08 0.08

2x4 Framing & R-14 Fibreglass Batt (3.5") 1.57 1.61

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.55 3.58

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.57 1.61

Cavity Insulation (E) 2.47 75.5

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & R-14 Fibreglass Batt Cavity Insulation 1

Reference Wall Assembly No. 4.10

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 48: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.64

5 0.08

6 1.57

7 0.00

8 0.08

9 0.12

3.82 / 21.67 3.85 / 21.87

4.71 / 26.76 4.71 / 26.76

4.11 / 23.34 4.11 / 23.34

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

38mm WALLTITE®1.5") 9.31

9.5mm Plywood (3/8") 0.47

2x4 Framing & R-14 Fibreglass Batt (3.5") 8.93

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.71 0.71

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 7000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with Plywood Sheathing, WALTTITE®Exterior Insulation & R-14 Fibreglass Batt Cavity Insulation 2

Reference Wall Assembly No. 4.11

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 49: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 9.31 9.31

5 0.47 0.47

6 8.93 9.13

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

21.67 21.87

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

38mm WALLTITE®1.5") 1.64 1.64

9.5mm Plywood (3/8") 0.08 0.08

2x4 Framing & R-14 Fibreglass Batt (3.5") 1.57 1.61

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.82 3.85

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.57 1.61

Cavity Insulation (E) 2.47 75.5

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & R-14 Fibreglass Batt Cavity Insulation 2

Reference Wall Assembly No. 4.11

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 50: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.91

5 0.09

6 1.57

7 0.00

8 0.08

9 0.12

4.10 / 23.26 4.13 / 23.46

4.99 / 28.35 4.99 / 28.35

4.38 / 24.87 4.38 / 24.87

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

44.5mm WALLTITE® (1.75") 10.85

9.5mm OSB (3/8") 0.53

2x4 Framing & R-14 Fibreglass Batt (3.5") 8.93

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.81 0.81

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 7000 7000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with OSB Sheathing, WALLTITE®Exterior Insulation & R-14 Fibreglass Batt Cavity Insulation 1

Reference Wall Assembly No. 4.20

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 51: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 10.85 10.85

5 0.53 0.53

6 8.93 9.13

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

23.26 23.46

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

44.5mm WALLTITE® (1.75") 1.91 1.91

9.5mm OSB (3/8") 0.09 0.09

2x4 Framing & R-14 Fibreglass Batt (3.5") 1.57 1.61

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 4.10 4.13

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]

Studs (D) 0.74 24.51.57 1.61

Cavity Insulation (E) 2.47 75.5

Wood Frame Wall with OSB Sheathing, WALLTITE®Exterior Insulation & R-14 Fibreglass Batt Cavity Insulation 1

Reference Wall Assembly No. 4.20

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 52: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.64

5 0.09

6 1.57

7 0.00

8 0.08

9 0.12

3.83 / 21.72 3.86 / 21.92

4.72 / 26.82 4.72 / 26.82

4.11 / 23.34 4.11 / 23.34

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

38mm WALLTITE®1.5") 9.31

9.5mm OSB (3/8") 0.53

2x4 Framing & R-14 Fibreglass Batt (3.5") 8.93

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.71 0.71

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 7000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with OSB Sheathing, WALLTITE®Exterior Insulation & R-14 Fibreglass Batt Cavity Insulation 2

Reference Wall Assembly No. 4.21

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 53: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 9.31 9.31

5 0.53 0.53

6 8.93 9.13

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

21.72 21.92

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

38mm WALLTITE®1.5") 1.64 1.64

9.5mm OSB (3/8") 0.09 0.09

2x4 Framing & R-14 Fibreglass Batt (3.5") 1.57 1.61

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.83 3.86

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.57 1.61

Cavity Insulation (E) 2.47 75.5

Wood Frame Wall with OSB Sheathing, WALLTITE®Exterior Insulation & R-14 Fibreglass Batt Cavity Insulation 2

Reference Wall Assembly No. 4.21

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 54: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.06

5 0.20

6 1.57

7 0.00

8 0.08

9 0.12

3.35 / 19.04 3.39 / 19.24

4.25 / 24.13 4.25 / 24.13

3.53 / 20.05 3.53 / 20.05

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

20mm Air Cavity 1.02

25.4mm WALLTITE® (1") 6.02

12.7mm Fibreboard (1/2") 1.14

2x4 Framing & R-14 Fibreglass Batt (3.5") 8.93

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.48 0.48

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R-14 Fibreglass Batt Cavity Insulation 1

Reference Wall Assembly No. 4.30

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 55: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 6.02 6.02

5 1.14 1.14

6 8.93 9.13

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

19.04 19.24

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

25.4mm WALLTITE® (1") 1.06 1.06

12.7mm Fibreboard (1/2") 0.20 0.20

2x4 Framing & R-14 Fibreglass Batt (3.5") 1.57 1.61

Vapour Barrier - Polyethylene 0.00 0.00

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.35 3.39

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.57 1.61

Cavity Insulation (E) 2.47 75.5

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R-14 Fibreglass Batt Cavity Insulation 1

Reference Wall Assembly No. 4.30

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 56: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.37

5 0.20

6 1.57

7 0.00

8 0.08

9 0.12

3.66 / 20.80 3.70 / 21.00

4.56 / 25.89 4.56 / 25.89

3.84 / 21.81 3.84 / 21.81

Table No. 1

Table No. 2

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.59 0.59

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)

2x4 Framing & R-14 Fibreglass Batt (3.5") 8.93

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

20mm Air Cavity 1.02

32mm WALLTITE® (1.25") 7.78

12.7mm Fibreboard (1/2") 1.14

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R-14 Fibreglass Batt Cavity Insulation 2

Reference Wall Assembly No. 4.31

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 57: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 7.78 7.78

5 1.14 1.14

6 8.93 9.13

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

20.80 21.00

16"(C) 16"23

77

Table No. 3

Table No. 4

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.57 1.61

Cavity Insulation (E) 2.47 75.5

Effective Thermal Resistance of Wall Assembly Total 3.66 3.70

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

2x4 Framing & R-14 Fibreglass Batt (3.5") 1.57 1.61

Vapour Barrier - Polyethylene 0.00 0.00

32mm WALLTITE® (1.25") 1.37 1.37

12.7mm Fibreboard (1/2") 0.20 0.20

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & R-14 Fibreglass Batt Cavity Insulation 2

Reference Wall Assembly No. 4.31

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 58: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.64

5 0.08

6 1.49

7 0.00

8 0.08

9 0.12

3.74 / 21.23 3.77 / 21.40

4.47 / 25.40 4.47 / 25.40

3.87 / 21.98 3.87 / 21.98

Table No. 1

Table No. 2

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.78 0.78

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)

2x4 Framing & Cellulose Insulation (3.5") 8.49

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

20mm Air Cavity 1.02

38mm WALLTITE®1.5") 9.31

9.5mm Plywood (3/8") 0.47

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

Wood Frame Wall with Plywood Sheathing, WALLTITE®Exterior Insulation & Cellulose Cavity Insulation 1

Reference Wall Assembly No. 5.10

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 59: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 9.31 9.31

5 0.47 0.47

6 8.49 8.66

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

21.23 21.40

16"(C) 16"23

77

Table No. 3

Table No. 4

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.49 1.53

Cavity Insulation (E) 2.23 75.5

Effective Thermal Resistance of Wall Assembly Total 3.74 3.77

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

2x4 Framing & Cellulose Insulation (3.5") 1.49 1.53

Vapour Barrier - Polyethylene 0.00 0.00

38mm WALLTITE®1.5") 1.64 1.64

9.5mm Plywood (3/8") 0.08 0.08

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 1

Reference Wall Assembly No. 5.10

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 60: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.91

5 0.08

6 1.49

7 0.00

8 0.08

9 0.12

4.01 / 22.76 4.04 / 22.93

4.74 / 26.93 4.74 / 26.93

4.14 / 23.51 4.14 / 23.51

Table No. 1

Table No. 2

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 7000 7000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.89 0.89

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)

2x4 Framing & Cellulose Insulation (3.5") 8.49

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

20mm Air Cavity 1.02

44.5mm WALLTITE® (1.75") 10.85

9.5mm Plywood (3/8") 0.47

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

Wood Frame Wall with Plywood Sheathing, WALLTITE®Exterior Insulation & Cellulose Cavity Insulation 2

Reference Wall Assembly No. 5.11

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 61: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 10.85 10.85

5 0.47 0.47

6 8.49 8.66

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

22.76 22.93

16"(C) 16"23

77

Table No. 3

Table No. 4

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.49 1.53

Cavity Insulation (E) 2.23 75.5

Effective Thermal Resistance of Wall Assembly Total 4.01 4.04

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

2x4 Framing & Cellulose Insulation (3.5") 1.49 1.53

Vapour Barrier - Polyethylene 0.00 0.00

44.5mm WALLTITE® (1.75") 1.91 1.91

9.5mm Plywood (3/8") 0.08 0.08

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Wood Frame Wall with Plywood Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 2

Reference Wall Assembly No. 5.11

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 62: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.64

5 0.09

6 1.49

7 0.00

8 0.08

9 0.12

3.75 / 21.28 3.78 / 21.46

4.48 / 25.46 4.48 / 25.46

3.87 / 21.98 3.87 / 21.98

Table No. 1

Table No. 2

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.78 0.78

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)

2x4 Framing & Cellulose Insulation (3.5") 8.49

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

20mm Air Cavity 1.02

38mm WALLTITE®1.5") 9.31

9.5mm OSB (3/8") 0.53

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

Wood Frame Wall with OSB Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 1

Reference Wall Assembly No. 5.20

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 63: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 9.31 9.31

5 0.53 0.53

6 8.49 8.66

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

21.28 21.46

16"(C) 16"23

77

Table No. 3

Table No. 4

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.49 1.53

Cavity Insulation (E) 2.23 75.5

Effective Thermal Resistance of Wall Assembly Total 3.75 3.78

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

2x4 Framing & Cellulose Insulation (3.5") 1.49 1.53

Vapour Barrier - Polyethylene 0.00 0.00

38mm WALLTITE®1.5") 1.64 1.64

9.5mm OSB (3/8") 0.09 0.09

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Wood Frame Wall with OSB Sheathing, WALLTITE®Exterior Insulation & Cellulose Cavity Insulation 1

Reference Wall Assembly No. 5.20

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 64: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.91

5 0.09

6 1.49

7 0.00

8 0.08

9 0.12

4.02 / 22.82 4.05 / 22.99

4.75 / 26.99 4.75 / 26.99

4.14 / 23.51 4.14 / 23.51

Table No. 1

Table No. 2

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 7000 7000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.88 0.88

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)

2x4 Framing & Cellulose Insulation (3.5") 8.49

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

20mm Air Cavity 1.02

44.5mm WALLTITE® (1.75") 10.85

9.5mm OSB (3/8") 0.53

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

Wood Frame Wall with OSB Sheathing, WALLTITE®Exterior Insulation & Cellulose Cavity Insulation 2

Reference Wall Assembly No. 5.21

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 65: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 10.85 10.85

5 0.53 0.53

6 8.49 8.66

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

22.82 22.99

16"(C) 16"23

77

Table No. 3

Table No. 4

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.49 1.53

Cavity Insulation (E) 2.23 75.5

Effective Thermal Resistance of Wall Assembly Total 4.02 4.05

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

2x4 Framing & Cellulose Insulation (3.5") 1.49 1.53

Vapour Barrier - Polyethylene 0.00 0.00

44.5mm WALLTITE® (1.75") 1.91 1.91

9.5mm OSB (3/8") 0.09 0.09

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Wood Frame Wall with OSB Sheathing, WALLTITE®Exterior Insulation & Cellulose Cavity Insulation 2

Reference Wall Assembly No. 5.21

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 66: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.37

5 0.20

6 1.49

7 0.00

8 0.08

9 0.12

3.58 / 20.36 3.62 / 20.53

4.32 / 24.53 4.32 / 24.53

3.60 / 20.44 3.60 / 20.44

Table No. 1

Table No. 2

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.64 0.64

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)

2x4 Framing & Cellulose Insulation (3.5") 8.49

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

20mm Air Cavity 1.02

32mm WALLTITE® (1.25") 7.78

12.7mm Fibreboard (1/2") 1.14

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

Wood Frame Wall with Fibreboard Sheathing, WALLTITE®Exterior Insulation & Cellulose Cavity Insulation 1

Reference Wall Assembly No. 5.30

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 67: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 7.78 7.78

5 1.14 1.14

6 8.49 8.66

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

20.36 20.53

16"(C) 16"23

77

Table No. 3

Table No. 4

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.49 1.53

Cavity Insulation (E) 2.23 75.5

Effective Thermal Resistance of Wall Assembly Total 3.58 3.62

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

2x4 Framing & Cellulose Insulation (3.5") 1.49 1.53

Vapour Barrier - Polyethylene 0.00 0.00

32mm WALLTITE® (1.25") 1.37 1.37

12.7mm Fibreboard (1/2") 0.20 0.20

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 1

Reference Wall Assembly No. 5.30

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 68: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.18

4 1.64

5 0.20

6 1.49

7 0.00

8 0.08

9 0.12

3.85 / 21.89 3.89 / 22.07

4.59 / 26.06 4.59 / 26.06

3.87 / 21.98 3.87 / 21.98

Table No. 1

Table No. 2

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 7000 7000

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation 0.75 0.75

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)

2x4 Framing & Cellulose Insulation (3.5") 8.49

Vapour Barrier - Polyethylene 0.00

12.7mm Gypsum Board (1/2") 0.45

20mm Air Cavity 1.02

38mm WALLTITE®1.5") 9.31

12.7mm Fibreboard (1/2") 1.14

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

Wood Frame Wall with Fibreboard Sheathing, WALLTITE® Exterior Insulation & Cellulose Cavity Insulation 2

Reference Wall Assembly No. 5.31

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 69: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.02 1.02

4 9.31 9.31

5 1.14 1.14

6 8.49 8.66

7 0.00 0.00

8 0.45 0.45

9 0.68 0.68

21.89 22.07

16"(C) 16"23

77

Table No. 3

Table No. 4

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 0.74 24.51.49 1.53

Cavity Insulation (E) 2.23 75.5

Effective Thermal Resistance of Wall Assembly Total 3.85 3.89

Wall Assembly Component

Thermal Resistance (A)Framing Factor % RSI Effective 

Insulated Cavity12" (B) 12"

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

2x4 Framing & Cellulose Insulation (3.5") 1.49 1.53

Vapour Barrier - Polyethylene 0.00 0.00

38mm WALLTITE®1.5") 1.64 1.64

12.7mm Fibreboard (1/2") 0.20 0.20

Metal Siding 0.11 0.11

20mm Air Cavity 0.18 0.18

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Wood Frame Wall with Fibreboard Sheathing, WALTITE® Exterior Insulation & Cellulose Cavity Insulation 2

Reference Wall Assembly No. 5.31

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 70: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.08

4** 2.68

5 0.08

6 0.12

3.10 / 17.61 3.17 / 18.01

5.04 / 28.64 5.04 / 28.64

4.62 / 26.24 4.62 / 26.24

Table No. 1

Table No. 2

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation N/A N/A

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

2x6 Framing & 102mm WALLTITE® (4") 15.21

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

9.5mm Plywood (3/8") 0.47

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

Wood Frame Wall with Plywood Sheathing & WALLTITE® Cavity Insulation

Reference Wall Assembly No. 6.10

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 71: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 0.47 0.47

4** 15.21 15.61

5 0.45 0.45

6 0.68 0.68

17.61 18.01

16"(C) 16"23

77

Table No. 3

Table No. 4

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 1.17 24.52.68 2.75

Cavity Insulation (E) 4.62 75.5

Wall Assembly Component

Thermal Resistance (A)Framing Factor %

RSI Effective Insulated Cavity

12" (B) 12"

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.10 3.17

2x6 Framing & 102mm WALLTITE® (4") 2.68 2.75

12.7mm Gypsum Board (1/2") 0.08 0.08

Outside Air Film 0.03 0.03

9.5mm Plywood (3/8") 0.08 0.08

Metal Siding 0.11 0.11

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Wood Frame Wall with Plywood Sheathing& WALTITE® Cavity Insulation

Reference Wall Assembly No. 6.10

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 72: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.09

4** 2.68

5 0.08

6 0.12

3.11 / 17.67 3.18 / 18.07

5.05 / 28.69 5.05 / 28.69

4.62 / 26.24 4.62 / 26.24

Table No. 1

Table No. 2

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation N/A N/A

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)

9.5mm OSB (3/8") 0.53

2x6 Framing & 102mm WALLTITE® (4") 15.21

12.7mm Gypsum Board (1/2") 0.45

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

Wood Frame Wall with OSB Sheathing & WALTITE® Cavity Insulation

Reference Wall Assembly No. 6.20

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 73: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 0.53 0.53

4** 15.21 15.61

5 0.45 0.45

6 0.68 0.68

17.67 18.07

16"(C) 16"23

77

Table No. 3

Table No. 4

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 1.17 24.52.68 2.75

Cavity Insulation (E) 4.62 75.5

Wall Assembly Component

Thermal Resistance (A)Framing Factor %

RSI Effective Insulated Cavity

12" (B) 12"

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.11 3.18

2x6 Framing & 102mm WALLTITE® (4") 2.68 2.75

12.7mm Gypsum Board (1/2") 0.08 0.08

9.5mm OSB (3/8") 0.09 0.09

Metal Siding 0.11 0.11

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Wood Frame Wall with OSB Sheathing& WALLTITE® Cavity Insulation

Reference Wall Assembly No. 6.20

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 74: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.20

4** 2.68

5 0.08

6 0.12

3.22 / 18.27 3.29 / 18.67

5.16 / 29.30 5.16 / 29.30

4.62 / 26.24 4.62 / 26.24

Table No. 1

Table No. 2

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 5999 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 7000 7000

Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation N/A N/A

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)

12.7mm Fibreboard (1/2") 1.14

2x6 Framing & 102mm WALLTITE® (4") 15.21

12.7mm Gypsum Board (1/2") 0.45

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

Wood Frame Wall with Fibreboard Sheathing & WALLTITE® Cavity Insulation

Reference Wall Assembly No. 6.30

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 75: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.14 1.14

4** 15.21 15.61

5 0.45 0.45

6 0.68 0.68

18.27 18.67

16"(C) 16"23

77

Table No. 3

Table No. 4

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 1.17 24.52.68 2.75

Cavity Insulation (E) 4.62 75.5

Wall Assembly Component

Thermal Resistance (A)Framing Factor %

RSI Effective Insulated Cavity

12" (B) 12"

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.22 3.29

2x6 Framing & 102mm WALLTITE® (4") 2.68 2.75

12.7mm Gypsum Board (1/2") 0.08 0.08

Metal Siding 0.11 0.11

12.7mm Fibreboard (1/2") 0.20 0.20

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Wood Frame Wall with Fibreboard Sheathing& WALLTITE® Cavity Insulation

Reference Wall Assembly No. 6.30

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 76: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff

1 0.03

2* 0.11

3 0.20

4** 2.50

5 0.08

6 0.12

3.04 / 17.24 3.09 / 17.57

4.50 / 25.55 4.50 / 25.55

3.96 / 22.49 3.96 / 22.49

Table No. 1

Table No. 2

Wall Assembly Components Reff

Outside Air Film 0.17

Metal Siding 0.62

12.7mm Fibreboard (1/2") 1.14

2x6 Framing & 89mm WALLTITE® (3.5") 14.17

12.7mm Gypsum Board (1/2") 0.45

Inside Air Film 0.68

Wall Thermal Resistance / PerformanceStud Spacing

305mm (12 in) 406 mm (16 in)Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Centre of Cavity ( RSI / R-Value)

Nominal Thermal Resistance of Wall Assembly - Thermal Insulation Only (RSI / R-Value)

Outboard/Inboard Ratio of Insulation N/A N/A

Maximum Allowable Heating Degree Days Without Heat Recovery (Celsius Degree Days) 3000 5999

Maximum Allowable Heating Degree Days With Heat Recovery (Celsius Degree Days) 5999 7000

Wood Frame Wall with Fibreboard Sheathing & WALLTITE® Cavity Insulation

Reference Wall Assembly No. 6.31

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.***Refer to 2010 NBC Section 9.36 for minimum thermal resistance requirements for wall assemblies.****Refer to 2010 NBC, Section 9.25.5 for information on Outboard/Inboard ratio of insulation. Effecitve RSI and R information in Table No.1 is derived from Table No. 4.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.

Page 77: Effective Thermal Resistance of Wall Assemblies Information · Effective Thermal Resistance of Entire Wall Assembly (RSI / R-Value) Nominal Thermal Resistance of Wall Assembly - Centre

RSIeff Reff RSIeff Reff

1 0.17 0.17

2* 0.62 0.62

3 1.14 1.14

4** 14.17 14.50

5 0.45 0.45

6 0.68 0.68

17.24 17.57

16"(C) 16"23

77

Table No. 3

Table No. 4

Wall Assembly ComponentsFrame 12" OC Frame 16" OC

Outside Air Film 0.03 0.03

Metal Siding 0.11 0.11

12.7mm Fibreboard (1/2") 0.20 0.20

2x6 Framing & 89mm WALLTITE® (3.5") 2.50 2.55

12.7mm Gypsum Board (1/2") 0.08 0.08

Inside Air Film 0.12 0.12

Effective Thermal Resistance of Wall Assembly Total 3.04 3.09

Wall Assembly Component

Thermal Resistance (A)Framing Factor %

RSI Effective Insulated Cavity

12" (B) 12"

RSI Effective @ 12" = 100 / [DB/DA) + (EB/EA)]RSI Effective  @ 16" = 100/ [(DC/DA) + (EC/EA)]

Studs (D) 1.17 24.52.50 2.55

Cavity Insulation (E) 3.96 75.5

Wood Frame Wall with Fibreboard Sheathing& WALLTITE® Cavity Insulation

Reference Wall Assembly No. 6.31

* Similar wall assemblies with exterior finishes of brick, stucco or wood siding will have a similar but higher effective thermal resistance. ** Thermal Resistance values of Neopor®, WALLTITE® & ENERTITE® have been provided by BASF Canada Inc. All other thermal resistance values are based on those in the 2010 NBC, Table A-9.36.2.4.D.Thermal Resistance Calculations are based on the method noted in the 2010 NBC, Section A-9.36.2.4. (1)Thermal Resistance Calculations and Presentation Sheets have been developed by exp Services Inc. on behalf of BASF Canada Inc. The data presented in this document is based on calculations provided by exp Services Inc., which we believe to be reliable. This document is provided for information purposes only and without any representation, warranty or condition, expressed or implied, regarding the accuracy or completeness of the data or calculations. Whether or not the data or calculations are used or relied upon is within the sole discretion and judgment of the user. BASF does not assume any responsibility or liability, and expressly disclaims all liability, for any claim, loss, damage, injury or expense resulting therefrom.