Bathroom Design, Fabrication & Installation Guide

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©2013 All rights reserved.

Caesarstone Australia Pty Ltd

Unit 3, 1 Secombe Place

Moorebank NSW 2170

Telephone: 1300 279 927

Email: sales@caesarstone.com.au

Contents1. Introduction....................................................................................................3

2. Wall Panelling.................................................................................................4

2.1 Wall Panel Design Considerations..........................................................4

2.2 Wall Substrates – Pre-installation Preparation........................................6

2.3 Wall to Floor Details..............................................................................6

2.4 Wall Panelling – Corner Detail...............................................................7

2.5 Wall Panelling – Vertical and Horizontal Edge Joins................................8

3. Wall Panelling Fabrication Guidelines..............................................................9

3.1 Storage..................................................................................................9

3.2 Drilling Holes..........................................................................................9

3.3 Polishing Edges.......................................................................................9

3.4 Cutouts..................................................................................................9

3.5 L-shapes.................................................................................................9

3.6 Fixing Accessories......................................................................................9

3.6.1 Mechanical Attachment of Accessories

3.6.2 Adhesive Attachment of Accessories

3.6.3 Combined Mechanical and Adhesive Attachment

4. Wall Panelling Installation.............................................................................11

4.1 Dry Fitting............................................................................................11

4.2 Gluing into Place..................................................................................12

4.3 Application of Silicone.........................................................................13

5. Showers and Flooring...................................................................................14

6. Apertures.....................................................................................................15

6.1 Inset Shelf Details..................................................................................16

7. Bath and Spa Details.....................................................................................18

7.1 Overmount Bath..................................................................................19

7.2 Undermount Bath................................................................................20

8. Installing Sinks in Vanities.............................................................................22

9. Commercial Wall Panelling...........................................................................23

10. Care & Maintenance.....................................................................................24

11. Technical Data..............................................................................................25

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1. IntroductionCaesarstone® quartz surfaces – Classico™, Supremo™ and Motivo™ collections – are virtually non-porous and waterproof, mould and mildew resistant, making them ideal for use as wet area wall panelling in shower recesses, bathroom walls and other indoor wet area environments such as wet rooms, laundries and spas.

Large panels mean that walls can have less joins, meaning less time cleaning and no need for harsh chemicals.

For bathrooms and other wet area wall panelling, we recommend the use of 13 mm Caesarstone slabs. However, 20 mm slabs are also suitable for wall panelling and flooring.

Anti-slip treatment must be applied to Caesarstone flooring if so advised by the construction engineer or if required by local regulations.

The nominal dimensions of Caesarstone slabs are 3060 mm x 1440 mm, enabling greater design flexibility and maximum utilization of the product when cut to smaller panel sizes.

The Caesarstone Bathroom Design, Fabrication & Installation Guide is intended to assist design professionals and other trade professionals in the design, fabrication and installation of Caesarstone wall panelling.

Caesarstone slabs can be cut into panels for use as large format flooring. However, Caesarstone Australia Pty does not warrant the use of Caesarstone surfaces in flooring applications and, due to its highly polished surface, designers will need to deem whether it is suitable for specific applications, especially in wet areas.

For comprehensive instructions regarding fabrication and installation of all types of Caesarstone quartz surfaces, please refer to the Caesarstone Fabrication & Health Protection Guide, which can be downloaded from www.caesarstone.com.au.

Important! All installations must be designed and constructed in strict compliance with all relevant provisions of the Building Code of Australia, regulations and relevant Standards.

Fabrication and installation must be performed by appropriately qualified stonemasons.

All fabrication of Caesarstone products must be performed in strict adherence to the Caesarstone Fabrication & Health Protection Guide.

Caesarstone quartz surfaces are intended for internal use only.

In bathrooms and all other wet area applications it is essential that waterproofing is completed as per the relevant Building Code of Australia and any applicable Australian Standards by a qualified tradesperson using the appropriate compatible adhesive system.

Any installation using adhesives and other installation products must be performed strictly in accordance with the guidelines stipulated by the relevant manufacturers.

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Length 3060 mm +/- 10 mm

Width 1440 mm +/- 5 mm

Thickness 13 mm; 20 mm; 30 mm +/- 1 mm

Weight (slab) 140 kg; 220 kg; 330 kg

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2.1 Wall Panel Design ConsiderationsA significant advantage of Caesarstone wall panelling is the possibility of using large panels, which minimizes joins and speeds up the construction process.

It is important to use Caesarstone slabs for wall panelling projects from the same batch for the whole job, or carefully match the shade when using slabs from different batches.

We always recommend, wherever possible, the use of vertical floor-to- ceiling panel joins with the weight of the panel taken by the floor substrate.

In shower recesses, we recommend the use of a vertical panel layout to eliminate joins – apart from the corner join.

If you are using Motivo as wall panels, please refer to the Motivo Design & Fabrication Information manual for pattern layout and direction information.

Whilst not our recommended approach, large Caesarstone slabs can also be cut into smaller panels.

The weight of any panels close to the floor should be transferred to the floor substrate, whereas the higher level panels should be supported with an appropriate mechanical fixture along the bottom edges of the panels. The weight of the upper panels should not be supported by the lower panels.

2. Wall Panelling

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All vertical joins must run continuously and L-shapes should be avoided.

Flooring, wall panelling and vanities 2141

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2.2 Wall Substrates – Pre-installation PreparationAll substrates to receive Caesarstone surfaces must be designed and constructed in strict compliance with all relevant provisions of the Building Code of Australia, relevant Australian Standards and any other regulations.

If Caesarstone quartz surfaces are bonded to fibre cement sheeting, it must be prepared and installed as per the relevant manufacturer’s guidelines. The weight of the Caesarstone panel that is attached to the fibre cement wall must not exceed the fibre cement wall system’s recommended maximum weight-bearing capacity.

If Caesarstone wall panelling is adhered to block or fully cured, rendered walls, these substrates must always be prepared in accordance with the relevant recommendations from the adhesive company.

Due to the large panel size of Caesarstone quartz surfaces, it is essential that all wall surfaces be prepared flat and true. All substrates must be flat and level to within ± 2 mm per 1 m length.

Prior to installation, it is essential that the temperature, moisture and other environmental conditions meet the adhesive manufacturer’s guidelines for the products selected.

Important! Verify that all the Caesarstone pieces are the required colour, batch consistency, size and thickness before permanently fixing to the substrate.

We recommend installing Caesarstone wall panelling before the flooring to avoid damage to the flooring during the installation process. Ensure that the wall panelling is adequately bedded and aligned and the weight is transferred evenly to the supporting floor structure.

2.3 Wall to Floor Details

We recommend installing all wall panelling prior to any flooring materials.

The weight of all floor-to-ceiling Caesarstone panels must be supported directly by the floor substrate.

During installation of wall panelling, normal industry practices must be applied to all aspects of the construction and fitout.

Any required mechanical fixing must be performed in consultation with a building engineer and per the mechanical fixing supplier’s instructions.

Floor Detail subwall per manufacturer’s instructions

waterproofing membrane (if required)

adhesive

Caesarstone material

colour-matched silicone

mortar bed

floor substrate

flooring material

waterproofing membrane (if required)

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2.4 Wall Panelling – Corner DetailExpansion joins should be filled with colour-matched silicone.

External Corner Option 1

External Corner Option 2

subwall

subwall

waterproofing membrane (if required)

waterproofing membrane (if required)

adhesive

adhesive

expansion join

glued mitre join

Caesarstone material

Caesarstone material

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We always recommend allowing an expansion gap of 1 mm for every metre in wall length in all internal and external corner junctions to allow for the small expansion and contraction that is inherent in Caesarstone quartz surfaces. This is in addition to expansion joins required between wall panels.

subwall

subwall

1 m

m

1 mm

expansion join no less than 3 mm, filled with colour-matched silicone

expansion join no less than 3 mm, filled with colour-matched silicone

adhesive

Caesarstone material

waterproofing membrane (if required)

waterproofing (if required)

Internal Corner

Edge Joins

2.5 Wall Panelling – Vertical and Horizontal Edge JoinsWhere two wall panel edges butt together to form a join, we recommend creating a minimum expansion join width of no less than 3 mm.

We recommend that the edges of the vertical join be polished and then arrised to minimise dirt collecting in the join. We recommend a 1 mm x 1 mm arris.

Expansion joins should be filled with colour-matched neutral cure silicone.

adhesive

Caesarstone material

Allow a wall panel expansion gap of no less than 8 mm

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3. Wall Panelling Fabrication Guidelines The fabrication guidelines provided here are general only. Perform all cutting, polishing and fabrication required during the installation of wall panelling as per full instructions provided in the Caesarstone Fabrication & Health Protection Guide.

3.1 StorageStore Caesarstone quartz surface wall panels in a manner that does not expose them to extremes of temperature or contamination by water. Store all products indoors, in a cool, dry place, as per instructions in the Caesarstone Fabrication & Health Protection Guide. If site conditions do not allow for proper vertical storage as per these instructions, it is preferable to store the slabs flat.

3.2 Drilling Holes

It is recommended that all holes be drilled with water-cooled, diamond-tipped drill bits or core drills, with no hammer action. The edge of holes must be no closer than 50 mm from the edge of the slab. The diameter of any hole penetrating the material must be greater than any protrusion or fixing to allow for movement.

3.3 Polishing Edges

All exposed, visible edges must be polished with polishing pads and sharp corners must be rounded. Start polishing with 60 grit and progress through the finer pads to 1500 grit. Do not polish the surface of the material.

3.4 CutoutsCore drill cutouts for items such as power points and accessories to produce a radius on all internal corners. Avoid cross cutting at all times. The edge of cutouts must be no closer than 50 mm from the edge of the slab.

Any cutouts required for windows, shelf recesses or access panels in a large single panel must be cut out as per the Caesarstone Fabrication & Health Protection Guide.

L-shapes should not be fabricated in one solid piece as this does not allow for movement due to thermal expansion.

X

3.5 L-shapes

3.6 Fixing Accessories

It is often necessary to attach accessories and fixtures to Caesarstone material, such as sinks, cisterns, lavatories, bidets, taps, soap dispensers, mirrors, handles, light fittings, heaters, etc.

Accessories and fixtures can be attached to Caesarstone material by mechanical anchoring, adhesive anchoring, or a combination of both methods:

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3.6.1 Mechanical Attachment of Accessories

Drill a hole of the required size and shape through the material, preferably before the slab is installed.

When the back of the slab is accessible (e.g., sink surrounds, countertops and vanities), slot the accessory through the hole and secure it to the back of the slab with the appropriate nut or fastener supplied by the accessory manufacturer.

Important! Take care not to apply excessive pressure when tightening the nut as this may damage the surface.

Important! Use a washer or other pressure disperser to avoid creating undue pressure on a small area.

When the back of the slab is inaccessible (e.g., wall panelling), attach the accessory to the substrate behind the material with anti-corrosive screws or bolts of the appropriate size and strength, with the screws or bolts slip-fitted through the material.

Important! Do not attach mechanical fasteners (screws, nails, etc.) directly into Caesarstone surfaces.

For both types of mechanical attachment, the hole diameter must be slightly larger than the fitting to allow for movement. For holes of up to approximately 40 mm, leave a minimum of 50 mm between the edge of the hole and the edge of the surface/cutout to maintain the strength of the surface. For larger holes, the minimum remaining surrounding surface must be proportionately larger.

3.6.2 Adhesive Attachment of Accessories

Most accessories are supplied with an integral self-adhesive pad, which can be attached directly to the surface.

If the accessory is not supplied with a self-adhesive pad, attach the accessory to the surface with an appropriate adhesive, e.g., neutral cure 100% silicone.

The larger the area of adhesion, the stronger the bonding.

3.6.3 Combined Mechanical and Adhesive Attachment

Use a combination of the methods above to attach heavy fixtures to Caesarstone material.

Substrates must be flat and level to within 2 mm per 1 m length.

Plan the stages of the application, e.g., the starting point of the wall panelling, height of wall panelling, parallel lines, joins between panels, matching of joins to structural expansion joins and circumferential gaps, and positioning of pieces for aesthetic considerations.

Prior to installation, ensure that the temperature, moisture and other environmental conditions meet the adhesive manufacturer’s guidelines for the products selected.

Depending on its size and weight, more than one person may be required to lift and position the panel, in keeping with relevant Occupational Health & Safety guidelines.

When dry fitting, take into account that expansion joins of 3 mm are required between all edges of wall panelling.

4. Wall Panelling Installation All substrates to receive Caesarstone surfaces, including framing and sheeting, must be designed and constructed in strict compliance with guidelines from wall substrate manufacturers and all relevant provisions of the Building Code of Australia and applicable Australian Standards, and importantly be capable of bearing the weight of Caesarstone material.

For new constructions, Caesarstone recommends installing wall panels only when the building is at the “lock-up” stage, i.e., after all windows and doors have been fitted and the building is secure and watertight.

Substrates must be dry, stable, solid and clean of dirt and debris before installing Caesarstone material. These factors directly affect the quality of the installation.

4.1 Dry FittingDry fit all Caesarstone wall panelling to check edge alignment prior to fixing in place.

Level as required

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12

Lift the wall panels carefully and gently into place.

Create minimum expansion joins of 3 mm between all panel edges using plastic spacers or shims. Remove the spacers once the adhesive has set.

Apply colour-matched silicone between the edges of wall panels of any size.

4.2 Gluing into PlaceApply the adhesive as per the relevant manufacturer’s instructions. Typically it will require the adhesive to be applied to the entire substrate surface and the entire back of the Caesarstone panel.

Important! Due to the nature of Caesarstone quartz surfaces and their low porosity it is critical that only manufacturer tested and recommended waterproofing and adhesive systems are used to fix Caesarstone wall panelling to the substrate. Please consult the relevant adhesive system manufacturer for their recommended systems and installation procedures.

Level and plumb the wall panels flat in relation to each other. Hold the panels in place using standard industry practice, which may require bracing of some form.

In addition, a qualified stonemason may choose to use other industry standard hidden mechanical fixing systems.

Spacer

13

Surface Preparation

Thoroughly clean and dry surfaces to be sealed. Use clean cloths and change them frequently. Use a suitable solvent such as white spirits. Remove all dirt, grease, detergents and other loose materials. There must be no foreign substances in the join. Protect faces of each panel with masking tape if required. Application

Curing

Caesarstone colour-matched neutral cure silicone cures by absorbing atmospheric moisture. It skins over in 9 minutes and cures to a depth of 7 mm in 7 days. Storage and Shelf Life

Always store the silicone in a cool, dry place. Ideal storage temperature is not more than 25°C. Prolonged storage at high temperatures may affect shelf life and ultimate performance. The shelf life of Caesarstone colour-matched neutral cure silicone is 9 months from the date of manufacture when stored below 25°C and below 50% relative humidity.

Technical data and Material Safety Data sheets can be downloaded from www.caesarstone.com.au.

colour-matched silicone sealant

1. Cut off the cartridge tip.

2. Fit the nozzle and cut the end of the nozzle to the desired thickness at a 45° angle.

3. Place a cartridge in a standard caulking gun.

4. Force silicone deep into the base of the join and fill with a continuous steady flow, pushing the silicone ahead of the nozzle. Smooth the surface with a sealant tool or finger dipped in soapy water before the sealant skins.

We recommend the use of colour-matched neutral cure silicone:

in all joins between wall panels•

between wall panels and the perimeter •of floor substrates

around any fitting that penetrates •

surface panels, such as tap holes, etc.

4.3 Application of Silicone

1 mm

1 mm

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5. Showers and Flooring Caesarstone’s 20 mm thickness material can be used for shower bases on condition that anti-slip treatment is applied. Like any material used in a shower base, Caesarstone material must always be installed as per the relevant regulations and all applicable standards, especially in relation to waterproofing and surface slip resistance.

If Caesarstone material is chosen as an overall bathroom floor surface, we recommend that 20 mm thickness flooring panels are precision cut by a stonemason ensuring dimensional and diagonal accuracy, in a square format and no less than 600 x 600 mm size. All panel edges should incorporate a 1 mm x 1 mm aris on all edges. Floor panels should be laid in strict accordance with the adhesive manufacturer’s recommendations, taking into account the environment, especially if underfloor heating is being installed. In addition to expansion joins between floor panels, adequate perimeter expansion should be provided.

Important! Use of any drainage grate system should always be per manufacturer’s instructions and relevant building codes.

Flooring and block bench 4230; wall panelling 2141

6. Apertures Apertures for windows, doors or other openings can be created by one of the methods below. Niches, for example for shelves and electronic devices, are fabricated in a similar fashion on one side of the wall only.

Method 1 This is a suitable method for doorways.

1. Panel both sides of the wall around the aperture with Caesarstone material, leaving the inside of the aperture bare.

2. Attach the door frame or window frame mechanically to the wall inside the aperture.

3. Apply silicone around the frame.

4. Attach framing of the same material directly to the frame (not the Caesarstone panels) to cover the join between the frame and the wall.

5. Fill the space between the casing and the wall panelling with silicone.

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Method 2 Use this method when an open aperture or doorway is required.

1. Panel the wall around the aperture with Caesarstone material.

2. Line the inside of the aperture with Caesarstone material.

Plan the width of the aperture panel to protrude slightly over the wall panels after installation.

6.1 Inset Shelf DetailsInset recesses and shelves can be incorporated into a bathroom fitout. All cutouts are to be made waterproof with the appropriate application of flashing and/or waterproof membranes and sealants.

3-5 mm

17

Wall panelling, inset shelf and seat in Caesarstone

substrate

adhesive

fibre cement sheeting and waterproofing membrane (if required)

Caesarstone material

waterproofing membrane (if required)

X

18

7. Bath and Spa Details Caesarstone material is ideal for use as horizontal hobs and vertical fascia panels.

The bath must always be firmly secured and glued into place, and silicone used between the rim of the bath and the Caesarstone material. It is recommended to install the bath at a late stage of the bathroom installation in order to avoid damage.

With spas, ensure that apertures for maintenance of the pump and spa system are executed correctly.

Execute the join between the hob and the fascia according to regular fabrication methods as detailed in the Caesarstone Fabrication & Health Protection Guide. Fabricate external edges with a minimum radius of 4 mm, and internal edges (for undermount baths) with a minimum radius of 6 mm.

The most common methods of installing prefabricated baths with Caesarstone material are detailed on the following pages.

Bath surround in Organic White and Raven by Mim Design

7.1 Overmount Bath In this method of installation, the bath rim rests on top of the Caesarstone hob. In addition, it may feature a vertical fascia panel of Caesarstone. 1. Fabricate the horizontal deck and/or the vertical panel according to the requred dimensions. 2. Create a frame of concrete blocks to which the Caesarstone will be attached. 3. Install the vertical panel. 4. Install the horizontal bath hob. 5. Install the bath on a bed of cement and silicone bath to hob join.

Overmount Bath with Caesarstone Material Hob and Fascia Panel

colour-matched silicone

minimum external edge radius 4 mm

Caesarstone material

19

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7.2 Undermount BathUndermount Bath with Caesarstone Material Hob and Fascia Panel

colour-matched silicone

minimum external edge radius 4 mm

minimum internal edge radius 6 mm

Caesarstone material

Important! For extra protection against water penetration, stick Caesarstone strips to the hob, positioned where the bath rim will cover them; see detail below.

Overmount Bath with Vertical Panel Only Overmount Bath with Hob and Vertical Panel

substrate and support as required

Undermount Bath with Exposed Rim

This method is often used when the bath rim has a large radius.

Undermount Bath with Concealed Rim

This method is often used when the bath rim has a small radius. The bath hob may protrude slightly over the edge of the bath in order to conceal the join between the bath rim and the deck.

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8. Installing Sinks in Vanities There are three main methods of installing sinks or basins in vanities or other surfaces, each of which requires a different type of cutout fabrication:

Undermount Installation

In undermount installation, the sink is •positioned underneath the surface.

Fabricate the cutout slightly smaller •than the sink so that the join between the sink and the surface is not visible. Round or bevel the edge. Polish the

edges of the cutout.

Overmount Installation

In overmount installation, the lip of •the sink extends above the surface and rests on it.

Smooth the edge of the cutout •with a grinding wheel and leave it unpolished. Leave a small gap between the sink surface and overlapping benchtop.

Flush Installation

In flush installation, the sink is •installed almost or completely flush with the surface by a method resembling fitting a cone into a cone. The lip of the sink is slightly wider at its top edge than at its bottom edge.

Fabricate the cutout in the surface •on a slight angle to create a cone shape, so that the top of the cutout is wider than the bottom of the cutout. The sink can then be slotted into the cutout. The size of the cutout determines the position of the sink relative to the surface.

9. Commercial Wall Panelling Caesarstone quartz surfaces are suitable for internal application in entrance foyers, hotel lobbies, shopping centres and living areas. Wall panelling may be installed by adhesion only, by adhesion and mechanical fixing, or by mechanical fixing alone.

With a wide variety of potential project applications we always recommend that the method of installation and specifications of the wall panelling be determined by the construction engineer in line with building regulations and technical information and guidelines from manufacturers and suppliers of mechanical fixing systems.

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10. Care & Maintenance Caesarstone requires very little maintenance to keep the surface looking like new. For every day, routine cleaning of Caesarstone we recommend wiping the surface with warm soapy water (a mild detergent) and a damp cloth or alternatively use a quality spray and wipe type cleaner.

Caesarstone Cream Cleanser has been specially formulated to remove the most stubborn stains while taking care of your Caesarstone surfaces. It is also suitable for cleaning sinks and taps, baths and basins, shower recesses and tile surfaces.

As Caesarstone is virtually non-porous it will keep its lustrous gloss and ultra-smooth surface without polishing and it never needs sealing.

Extra stubborn dried spills and stains

For removal of these, or if you wish to give your Caesarstone surface a thorough clean, we recommend Caesarstone brand Cream Cleanser and a 3M™ Scotchbrite™ Never Scratch™ All-Purpose Scrubber which can be used without damaging the stone, or alternatively applied to a soft, damp cloth.

When using Caesarstone Cream Cleanser we recommend using a small amount of the Cream Cleanser on a 3M™ Scotchbrite™ Never Scratch™ All-Purpose Scrubber which has been thoroughly soaked in warm water. For Motivo™ pattern textured collection it may also be necessary to use a non-abrasive soft bristle brush for extra stubborn stains.

To remove adhered materials like food, gum and nail polish, first scrape away the excess with a sharp blade. If there are any grey metal marks on the surface, a mild detergent will remove it. Household bleach can generally be used as an effective cleaner to remove stubborn marks, but care should be taken as some products are considerably stronger than others.

Tough? Yes. Indestructible? No.

As with any surface, Caesarstone can be permanently damaged by exposure to strong chemicals and solvents that undermine its physical properties. Do not use products that contain trichlorethane or methylene chloride, such as paint removers or stripper. Avoid any highly aggressive cleaning agents like oven cleaner that have high alkaline/pH levels. Should the surface be accidentally exposed to any of these damaging products, rinse immediately with water to neutralize the effect.

Heat Resistance

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Heat Resistance

Caesarstone will tolerate brief exposures to moderately hot temperatures. However, prolonged direct contact with, or radiated heat can cause thermal shock, discolouration or damage.

Warranty Registration

Have you registered your Caesarstone 10 Year Limited Warranty yet? Do it online at www.caesarstone.com.au to receive a free Caesarstone cleaning kit.

11. Technical Data Test Performed Test Standard ResultsPHYSICAL PROPERTIES Water Absorption ASTM C97* <0.05%

DensityASTM C97* 2.2-2.4 gr/cm3

EN 14617-1* 2.2-2.4 gr/cm3

Flexural StrengthASTM C880 6,500-10,770 psi; 44.8-74.3 MPa

EN 14617-2* 57.6 -70.0 MPa

Dimensional Stability EN 14617-12* Class A

Electrical Resistivity EN 14617-13*Volume resistance (Rv) = 0.92 x 1014 ΩVolume resistivity (ρv) = 4.88 x 1012 Ωm

DURABILITY

Impact ResistanceASTM D1709* 26.3 lbs (117N)EN 14617-9* 4,000 - 10,000 [J]

Compressive StrengthASTM C170* 21,312- 27,133 psiEN 14617-15* 178.3-210.6 MPa

AbrasionASTM C501* 216-696ASTM C1243 Volume of chord: V=132-244 mm3

EN 14617-4* Groove length = 21.8 mm or V=86 mm3

Freeze-Thaw ResistanceASTM C1026* No defects after 15 freeze-thaw cyclesEN 14617-5* No defects after 25 freeze-thaw cycles

Mohs Hardness 6.5-7STAIN AND CHEMICAL RESISTANCE AND CLEANABILITY

Stain Resistance** ANSI Z 124.6 Pass

Wear and Cleanability ANSI Z 124.6 Pass

Chemical ResistanceANSI Z 124.6 Pass

EN 14617-10* Class C4

STAIN AND CHEMICAL RESISTANCE AND CLEANABILITY

Stain Resistance** ANSI Z 124.6 Pass

Wear and Cleanability ANSI Z 124.6 Pass

Chemical Resistance ANSI Z 124.6 Pass

EN 14617-10* Class C4

THERMAL PROPERTIES

Linear Thermal ExpansionASTM D696 -30 to +30°C: 1.3-1.9 x 10-5 cm/cm/°CEN 14617-11* -30 to +30°C: 2.1 x 10-5 (°C-1); -30 to +60°C: 2.7 x 10-5 (°C-1)

Thermal Conductivity EN 12664/ISO 8301* 1.75 W/m. oK (mean T of 10oC)

Thermal Shock EN 14617-6* No visual defects after 10 cycles; Loss in mass = 0.02%-0.05%Loss in flexural strength = 0.7%-1.1%

Boiling Water Resistance NEMA LD3-3.5 PassHigh Temperature Resistance NEMA LD3-3.6 PassSAFETYCigarette Test ANSI Z 124.6 PassSurface Burning ASTM E84* Class 1 and Class A Fire Classification EN 13501-1* Wall cladding: B-s1-d0; Flooring and stairs: B-fl-s1

Static Coefficient of Friction ASTM C1028* As received – Dry: 0.8; Wet: 0.6As renovated – Dry: 0.9; Wet: 0.6

Slip Resistance DIN 51130* Oil wet ramp: R9-10DIN 51097* Wet barefoot ramp: CEN 14231* Wet: 13-21 SRV; Dry: 43-53 SRV

AS/NZS 4586*Four S rubber pendulum: 25-30 BPNWet barefoot ramp: B Oil wet ramp: R10

Radiation ANSI/N42.14 226Ra = 1.4-6.8; 232Th = 1.4-3.7; 40K = <3-30.3 (Bq/kg dry weight)

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Go on, express yourself with Caesarstone.We’d love to hear from you. For more design ideas, information and for your

nearest showroom, visit our website: www.caesarstone.com.au

or call us on 1300 119 119

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ted

Apr

il 20

13 a

nd s

uper

sede

s al

l pre

viou

s ve

rsio

ns a

nd s

ubje

ct t

o ch

ange

with

out

notic

e. C

aesa

rsto

ne® A

ustr

alia

Pty

Ltd

AC

N 1

21 8

19 9

76