SUNER

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2

T A B L E O F C O N T E N T S

Description p. 3

Advantages p. 4

Compositions p. 6

Processing possibilities p. 8

Manufacturing possibilities p. 9

Installation p. 10

Applications p. 10

Cleaning tips p. 11

Technical properties - Definitions p. 12

Specification description p. 14

Quality standards - Guarantee p. 15

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INSTITUT D'INGÉNIERIE SUPRA-MOLÉCULAIRE - STRASBOURG, FRANCE

In the field of sun-resistant pyrolytic

coatings the Stopsol range created by

Glaverbel has always been the inter-

national benchmark. Glaverbel has

managed to develop a new pyrolytic

process (CVD technology: Chemical

Vapour Deposition, see table below)

and design a globally unique glazing

product, SUNERGY®.

SUNERGY® combines solar control

with thermal insulation. It is also an

excellent response to current

architectural trends, thanks to its

neutrality and low reflection.

The name SUNERGY® is no coinci-

dence; the product creates synergies

and offers a solution to the problems

that architects and glass processors

had, until now, to contend with.

3

D E S C R I P T I O N

SUNERGY®, the multifunctional glass range

A E S T H E T I C S

P E R F O R M A N C E

S O L A R C O N T R O L

T E C H N I C A L P R O P E R T I E S

E A S Y P R O C E S S I N G

T H E R M A L I N S U L A T I O N

Thanks to this combination of factors, architects and glass processors are now

able to combine their talents.

SUNERGY® offers the following properties:

• excellent solar control

• brilliant aesthetics

• low emissivity properties (low U-value)

• easy processing (hard coating)

SUNERGY®

MTN CAMPUS BUILDING - SOUTH-AFRICA

SUNERGY GREEN IN STRUCTURAL GLAZING

Chemical Vapour Deposition (CVD)

This technology is the reaction between a high temperature and a gas that

creates the continuous application of perfectly uniform layers of metal

oxides onto a glass resulting in a hard pyrolytic coating.

Brilliant aesthetics SUNERGY® is the answer to the most

advanced architectural requirements.

It combines neutrality with low reflec-

tion*, which allows objects to be seen

in their true colour. The glazing is

available in three colours, each with its

own unique hue: clear, green and azur.

Excellent technical propertiesSUNERGY® has excellent technical

properties. The combination of solar

control with low reflection properties

and thermal insulation will appeal to

everybody.

Maximum comfortSUNERGY® offers visual and thermal

comfort. The excellent combination of

light transmission, solar control and

thermal insulation makes SUNERGY®

the ideal glass for all seasons - warm

in winter, cool in summer.

* In some countries there are regulations whichprescribe a low reflection for the sake of trafficsafety. SUNERGY® complies with nearly all ofthese regulations.

4

A D V A N T A G E S

SUNERGY®, the combination of technologyand aesthetics

THANKS TO THE LOW REFLECTION SUNERGY®

IS THE IDEAL RESPONSE TO TODAY'S

ARCHITECTURAL TRENDS. COMPARE STOPSOL

SUPERSILVER CLEAR POSITION 2 ON THE LEFT

AND SUNERGY® CLEAR POSITION 2 ON THE

RIGHT. (EXTERNAL VIEW)

SUNERGY® OFFERS BRILLIANT AESTHETICS IN

ALL AVAILABLE SHADES: CLEAR (LEFT), GREEN

(CENTRE) AND AZUR (RIGHT).

(EXTERNAL VIEW)

Stopsol Supersilver clear SUNERGY® clear

SUNERGY® clear SUNERGY® green SUNERGY® azur

Durable quality and ease of useThanks to the hard pyrolytic coating

and the exceptional technical proper-

ties of SUNERGY®, glass processors

have no trouble in complying with the

current architectural challenges.

Here are some of the advantages of

a pyrolytic coating:

• no special transportation required

• no edge deletion

• leaves no scratches on the glass

• problem-free stacking and storage

• different processing possibilities

(tempering, bending, laminating, ...)

• can be used as single or double

glazing

Thanks to its countless advantages

SUNERGY® is suitable both for resi-

dential and for commercial architectu-

ral applications. On page 10 you can

see a number of examples.

5

SUNERGY® ALWAYS ALLOWS IN AMPLE LIGHT:

SUNERGY® AZUR ON THE LEFT; SUNERGY®

GREEN IN THE CENTRE; SUNERGY® CLEAR ON

THE RIGHT. (INTERNAL VIEW)

SUNERGY® azur SUNERGY® green SUNERGY® clear

GEANT CASINO - NIMES, FRANCE - SUNERGY CLEAR (VEA) - STRATOBEL TEMPERED 1010-4

SUNERGY® green and azur offer a

higher energy absorption than normal

glass. We recommend to perform a

calculation on thermal stress.

Double glazingWhen using SUNERGY® in double

glazing both the solar control and

insulating properties are reinforced.

The heat loss coefficient is reduced

to U = 1.8 W/(m2.K) instead of

U = 2.9 W/(m2.K) for traditional double

glazing, which means an important

energy saving. Because the loss of

heat from inside to outside is

reduced, it is much easier to keep the

climate indoors at an even tempera-

ture. But this also applies to warm

countries, where the temperature

indoors is kept at an agreeable level,

which means that savings can be

made in the air conditioning.

6

C O M P O S I T I O N S

SUNERGY®, well thought-out and functional

SUNERGY®, SOLAR CONTROL AND THERMAL INSULATION

SUNERGY® coating

Single glazingThanks to the pyrolytic coating it is

possible to use SUNERGY® in single

glazing. In this case it is the solar con-

trol properties that are the most

important. If SUNERGY® is applied in

position 2 you achieve maximum per-

formance combined with low reflection.

The visual appearance is more or less

the same with the coating in positions

1 and 2.

It is recommended that SUNERGY® is

always in position 2. Position 1, how-

ever, remains possible. In that case

we would advise you to contact

Glaverbel.

Coating in pos. 2 LT (%) SF (%) U-value* W/(m2.K)

air gas 90% gas 100%

Single glazing (6 mm)

SUNERGY® clear 68 60 4.2**

SUNERGY® green 56 42 4.2**

SUNERGY® azur 56 45 4.2**

Double-glazing (6-15-6mm)

SUNERGY® clear 6 / 15 / 6 61 52 2,0 1,8 1,8

SUNERGY® green 6 / 15 / 6 50 33 2,0 1,8 1,8

SUNERGY® azur 6 / 15 / 6 50 36 2,0 1,8 1,8

* “U-value” is often called “k-value”.

** Calculated for a dry coating in accordance with the EN 673 standard.Outside Inside

Laminated glassSUNERGY® can also be used in a lam-

inated combination. Laminated glass

contains two or more sheets of glass,

held together by one or more layers

of PVB*, or acoustic interlayers

Stratophone®.

Given the technical properties we

advise it to be used in position 2.

Other functions can also be obtained

by combining laminated and asym-

metrical double glazing systems.

*PVB: PolyVinylButyral is the material of the layer,which ensures that the panes of glass to be lam-inated are held together.

7

SUNERGY® single glazing

Positions 1 2 Positions 1 2 3 4 Positions 1 2

SUNERGY® double glazing SUNERGY® laminated glass

T H E D I F F E R E N T C O M P O S I T I O N S

SUNERGY ® IN . . . FUNCTIONS

Solar control Low-e glass Safety Noise

Single glazing ■ ■

Double glazing ■ ■

Asymmetrical■ ■ ■

double glazing

Laminated glass ■ ■ ■

Acoustic Laminated glass■ ■ ■ ■

with interlayer Stratophone®

Double glazing with■ ■ ■ ■

laminated glass

SUNERGY®

coatingSUNERGY®

coatingSUNERGY®

coating

PVB

SCANDICCI BUILDING - FIRENZE, ITALY -

SUNERGY AZUR

Thanks to SUNERGY®'s pyrolytic

coating glass processors have no

problems in complying with the most

advanced architectural requirements.

This is because the extremely hard

coating can easily withstand a variety

of applications.

AssemblyThe complete range of SUNERGY®

glasses can be assembled into double

glazing. When SUNERGY® is made

into a double glazed unit the solar

control and heat-insulating properties

are improved.

LaminatedThe complete range of SUNERGY®

glasses can be laminated. If used as

single laminated glass we recom-

mend use in position 4 in view of the

technical properties.

Tempered or heat strengthenedThe complete range of SUNERGY®

glasses can be tempered or heat

strengthened.

BendingThe complete range of SUNERGY®

glasses can be bent.

Enamelling and silk-screenprinting The complete range of SUNERGY®

glasses can be enamelled and

silk-screen printed on the non-coated

side.

8

P R O C E S S I N G P O S S I B I L I T I E S

SUNERGY®, consistency across the board

For more information please refer to the processing guides on

www.MyGlaverbel.com

WTC ALMEDA PARK - BARCELONA, SPAIN - SUNERGY CLEAR

The dimensions listed below are only relevant with regard to the manufacturing

possibilities. For the maximum users' dimensions please refer to the currently

valid standards and rules.

SUNERGY® in single glazing

9

M A N U F A C T U R I N G P O S S I B I L I T I E S

SUNERGY®, a whole host of possibilities

First glass Second glass Tint Available thicknesses* Maximum dimensions (mm)

First glass Second glass Tint Available thicknesses* Maximum

dimensions (mm)

Product Nominal thickness* (mm) Maximum dimensionsfor manufacturing (mm)

SUNERGY® clear 4 - 6 - 8 - 10 6000 x 3210SUNERGY® green 6 - 8 - 10 6000 x 3210SUNERGY® azur 6 - 8 - 10 6000 x 3210* For other thicknesses and dimensions please contact Glaverbel.

For the technical values of these combinations, please refer to the technical

properties and definitions on p. 12.

SUNERGY® laminatedSUNERGY® in a laminated version, can be ordered in position 1 or 2. In view of our

preference for position 2 we give a summary of a number of possibilities for this

application by way of example. In that case SUNERGY® is the second glass.

SUNERGY® is also available with an acoustic interlayer Stratophone®.

In view of the neutrality of the coating the following combinations are also possi-ble for SUNERGY® green and azur (still in position 2 application):

* 2 x … mm glass + number of 0.38 mm PVBs

Planibel clear SUNERGY® clear 44.1 - 44.2 - 66.1 - 66.2 6000 x 3210clear

88.1 - 88.2 4500 x 3210

Planibel clear SUNERGY® green 66.1 - 66.2 6000 x 3210green

88.1 - 88.2 4500 x 3210

Planibel clear SUNERGY® azur 66.1 - 66.2 6000 x 3210azur

88.1 - 88.2 4500 x 3210

Planibel green SUNERGY® green 44.1 - 44.2 - 66.1 - 66.2 6000 x 3210clear

88.1 - 88.2 4500 x 3210

Planibel azur SUNERGY® azur 44.1 - 44.2 - 66.1 - 66.2 6000 x 3210clear

88.1 - 88.2 4500 x 3210

During installation SUNERGY® must

be protected against contaminants

such as cement splashes, weld spat-

ters or grinding sparks etc. If

despite all precautions splash-

es of cement, lime, silicone or

aluminium land on the glass

you must remove them imme-

diately. If you do not, then the

contaminant will affect the

glass and cause irreparable

damage. The marks caused by

weld spatters or grinding

burns cannot be removed. In

that case the glass will have to

be replaced.

During storage SUNERGY® must not

be exposed to direct sunlight and it is

important to ensure that there is ade-

quate ventilation.

As soon as the glass has been

installed, all labels, advertising stick-

ers, adhesive tape etc. must be

removed. You must never stick any-

thing on the side with the coating.

After installation the glass must be

washed immediately with clean water

to remove all abrasive dust particles.

Never write on the coating of the

glazing with chalk or other instru-

ments. Keep sharp or pointed objects

away from the window.

10

SUNERGY®, quality deserves the best protection

SUNERGY®, the answer to allyour architectural wishes

Thanks to the low reflection and the

available colours it is possible to use

SUNERGY® in all new construction or

renovation projects, regardless of the

climate. The combination of solar

control and thermal insulation makes

SUNERGY® the ideal glass for a large

variety of different architectural appli-

cations such as hospitals, schools,

office buildings, glass roof construc-

tions, etc.

I N S T A L L A T I O N

A P P L I C A T I O N S

How can you recognise thecoated side of SUNERGY® ?Glass sheets from Glaverbel always

have a removable ink mark on

the side with the coating.

When the sheets have been

cut you can recognise the

side with the coating as fol-

lows. You can ask Glaverbel

for a device which clearly

identifies the side with the

coating due to the conduc-

tive properties of the coating.

Otherwise you can use a

standard electrical conductiv-

ity tester.

Make sure you do not scratch the

coating with any sharp edges the

tester may have. Therefore it is best to

hold it against the edge of the glass.

SHARIF BUILDING - TEHERAN, IRAN - SUNERGY CLEAR 4 MM

+ STOPSOL SUPERSILVER DARK BLUE 6MM

11

SUNERGY® can be used in sealed

units, single or laminated glass. The

cleaning tips below are mainly appli-

cable in cases when the coating is

exposed to harmful environmental

influences such as:

• application in single glass (position

2) or single laminated glass (posi-

tion 2)

• application in position 1 (not rec-

ommended by Glaverbel)

In all other cases the coating is not

subject to harmful environmental

influences and can be cleaned in the

same way as ordinary glazing systems

with the usual cleaning products.

How frequently SUNERGY® has to be

cleaned in the two cases referred to

above depends on the environment,

the type of windows' drainage etc.

Regular cleaning is important to keep

the glass in good condition.

C L E A N I N G T I P S

SUNERGY®, beauty that lasts

In normal casesClean with the usual cleaning prod-

ucts, rinse thoroughly and leave to

dry. Fingerprints, fat stains or putty

can be removed with solvents such as

acetone, methyl ethyl ketone (MEK) or

ammonia, provided these products

do not attack the gaskets, sealants or

finishes of the window. In order to

protect the coating as well as the

sealing agents, the edge seals of the

double glazed units, the PVB layers of

the laminated glazing, the window

frames and the curtain walls against

corrosion, no abrasive substances,

alkaline materials or acid solutions

must be used.

In difficult casesIn areas where there is heavy soiling or

after heavy showers which lead to

deposits of concrete or metal residues,

it is advisable to clean the windows

more frequently to avoid a build-up of

abrasive dust particle deposits.

For further information and for tips

about the maintenance of exception-

ally dirty windows we recommend

you contact your distributor or

Glaverbel.

The advice above for maintenance

and cleaning is only applicable to

SUNERGY® from Glaverbel.

ISAAC HEADQUARTERS - LE HAVRE, FRANCE - SUNERGY AZUR

12

T E C H N I C A L P R O P E R T I E S

* standard with 100% argon

L’ORÉAL HEADQUARTERS - BRUSSELS, BELGIUM - SUNERGY CLEAR

Type of Position of the Thickness Colour index Light properties UV(%) Energy properties U-value American standards*

glass Sunergy®coating (mm) RD65 LT% Reflection (%) DET ER EA SF Shading coefficient W/(m2.K) U summer U winter RHG

External Internal (%) (%) (%) (%) Tot. Short wave Long wave Air Gas Gas W/(m2.K) W/(m2.K) W/m2

90% 100%

Single glazing

Sunergy® clear 2 4 98 69 9 10 41 56 10 34 62 0,71 0,64 0,07 4,2 4,31 4,64 481

2 6 97 68 9 10 38 54 9 37 60 0,69 0,62 0,07 4,2 4,31 4,59 468

2 8 97 67 9 10 36 52 9 39 59 0,68 0,60 0,08 4,1 4,29 4,54 462

2 10 96 66 8 10 33 50 9 41 58 0,67 0,58 0,09 4,1 4,27 4,49 455

Sunergy® green 2 6 88 56 7 10 12 31 6 63 42 0,48 0,36 0,12 4,2 4,55 4,59 338

2 8 85 52 7 9 8 26 6 68 38 0,44 0,30 0,14 4,1 4,55 4,54 313

2 10 82 48 7 9 6 22 5 73 36 0,41 0,25 0,16 4,1 4,55 4,49 294

Sunergy® azur 2 6 88 56 7 10 20 34 6 60 45 0,52 0,39 0,13 4,2 4,53 4,59 363

2 8 84 52 7 9 16 29 6 65 41 0,47 0,33 0,14 4,1 4,53 4,54 331

2 10 80 48 7 9 13 26 6 68 38 0,44 0,30 0,14 4,1 4,51 4,49 312

Double glazing

Sunergy® clear 2 4-15-4 97 62 13 16 33 48 12 40 54 0,62 0,55 0,07 2,0 1,8 1,8 2,05 1,88 407

2 6-15-6 96 61 12 16 29 45 12 43 52 0,60 0,52 0,08 2,0 1,8 1,8 2,05 1,87 394

Sunergy® green 2 6-15-6 87 50 10 15 10 26 7 67 33 0,38 0,30 0,08 2,0 1,8 1,8 2,17 1,87 256

Sunergy® azur 2 6-15-6 86 50 10 15 16 29 8 63 36 0,41 0,33 0,08 2,0 1,8 1,8 2,15 1,87 275

Double glazing with Planibel TOP N coating in position 3

Sunergy® clear 2 4-15-4 98 60 12 16 15 40 15 45 47 0,54 0,46 0,08 1,4 1,2 1,1 1,25 1,37 350

2 6-15-6 97 59 11 16 14 38 14 48 46 0,53 0,44 0,09 1,4 1,1 1,1 1,26 1,35 344

Sunergy® green 2 6-15-6 88 49 9 15 5 24 7 69 30 0,34 0,28 0,06 1,4 1,1 1,1 1,41 1,35 225

Sunergy® azur 2 6-15-6 87 49 9 15 8 26 8 66 32 0,37 0,30 0,07 1,4 1,1 1,1 1,39 1,35 244

FOR MORE SUNERGY REFERENCES OR FURTHER INFORMATION ON OTHER COMPOSITIONS,

PLEASE CONSULT MYGLAVERBEL.COM

13

EUROPEAN STANDARDSEN 410Standard illuminant D65: reference illuminant between 380 and780 nm used to calculate the lightproperties

Light Transmission – LT (τυ): percentage of the light flux (illuminantD65) transmitted through the glass

Light Reflection – LR (ρυ): percentage of the light flux (illuminantD65) reflected by the glass

Solar radiation: reference spectrum between 300 and2500 nm used to calculate the energyproperties

Direct Energy Transmission – DET (τε): percentage of the solar radiationtransmitted directly through the glass

Energy Reflection – ER (ρε): percentage of the solar radiationreflected by the glass

Energy Absorption – EA (αε): percentage of the solar radiationabsorbed by the glass. The absorbedenergy is then reradiated to the out-side and the inside at different ratesdepending on the characteristics ofthe glass, wind speed, internal andexternal temperatures.

Solar Factor – SF (g) or Total EnergyTransmission: radiation transmitted through theglass. It is the sum of the DirectEnergy Transmission (DET) and thepart of the Energy Absorption (EA)reradiated to the inside of the build-ing.

Ultraviolet Transmission (τυν): percentage of the ultraviolet radiation(between 280 and 380 nm) transmit-ted through the glass

General Colour Rendering Index RD65 (Rα): this index gives a quantitative evalua-tion of the differences in colourbetween eight test colours lighteddirectly by the illuminant D65 and bythe same illuminant transmittedthrough the glazing.

Note: The symbols indicated betweenbrackets are the official notations fol-lowing EN 410.

Other related indexes

Shading Coefficient (SC): The Shading Coefficient is obtainedby dividing the Solar Factor by 87,which is the Solar Factor of 3 mm clearfloat glass: SC = SF/87

Short Wave Shading Coefficient: swSC = DET/87

Long Wave Shading Coefficient: lwSC = SC - swSC

EN 673U-value: The thermal Transmittance (U-value ork-value) characterises the heat trans-fer through the centralpart of the glazing. It isthe amount of heatwhich is transferredthrough 1 square meterof glass surface perdegree difference be-tween external and inter-nal temperature. The U-value is given in Wattsper square meter andper Kelvin (W/(m2.K)) andis calculated under thefollowing conditions: - temperature difference

between boundingglass surfaces: 15 K

- external heat transfer coefficient foruncoated glass: he = 23 W/(m2.K)

D E F I N I T I O N S

- internal heat transfer coefficient foruncoated glass: hi = 8 W/(m2.K)

AMERICAN STANDARDSSolar Heat Gain Coefficient (SHGC): Equivalent to Solar Factor

U-value: heat transmission coefficient of a glaz-ing calculated under specific condi-tions (see table)

Note: American units: 1 W/(m2.K) =0.176 BTU/(ft2.F.h)

Relative Heat Gain (RHG): RHG (W/m2) = 630 (W/m2) x SC + 7.8(°C) x U summer

Note: American units: 1 W/m2 = 0.317BTU/(ft2.h)

Summer Winter

(day) (night)

Outside temperature +32 °C -18 °C

Inside temperature +24 °C +21 °C

Wind speed 12 km/h 24 km/h

Ambient air speed 0 0

Solar radiation 783 W/m2 0

TAMBEST BUILDING - PIRKKALA,

FINLAND - SUNERGY GREEN

SINGLE GLAZING - SUNERGY®

Single coated solar control glass*

SUNERGY®, coating placed in posi-

tion 2, in the colour ..... (clear, green,

azur) and with a thickness of ..... mm,

manufactured by Glaverbel.

Light transmission (LT): ..... %

Solar factor (SF): ..... %

U-value: ..... W/(m2.K)

* If required: tempered or heat strength-

ened.

LAMINATED GLASS - STRATOBEL SUNERGY®

Laminated single solar control safety

glass STRATOBEL SUNERGY®, manu-

factured by Glaverbel, with PLANIBEL

..... (clear, green, azur) float glass* as

external sheet, thickness ..... mm and

as internal sheet a coated solar con-

trol glass* SUNERGY®, coating placed

in position 2, colour ..... (clear, green,

azur) and with a thickness of ..... mm,

stuck together with the help of a .....

(clear, coloured or acoustic) PVB of

..... mm (0.38 mm or a multiple of

0.38 mm).

Light transmission (LT): ..... %

Solar factor (SF): ..... %

U-value: ..... W/(m2.K)

* If required: tempered or heat strength-

ened.

INSULATING GLASS - THERMOBEL SUNERGY®

Solar control and thermally insulating

glazing THERMOBEL SUNERGY®,

manufactured by Glaverbel, con-

structed of an external sheet of coat-

ed solar control glazing* SUNERGY®,

coating placed in position 2, colour

..... (clear, green, azur) and with a

thickness of ..... mm, and an internal

sheet of PLANIBEL** clear float glass

of ..... mm thickness.

The cavity between the two sheets

with a width of ..... mm, will be

filled with ..... (air/thermal gas/noise-

insulating gas).

The hermetic tightness of the con-

struction is guaranteed by a smooth,

double seam.

Light transmission (LT): ..... %

Solar factor (SF): ..... %

U-value: ..... W/(m2.K)

* If required: tempered or heat strength-

ened.

** If required: with a low-emissivity coating

in #3.

INSULATING SAFETY GLASS -THERMOBEL SUNERGY® WITHAN INTERNAL SHEET OF STRATOBEL LAMINATED GLASSInsulating and solar control safety

glass, manufactured by Glaverbel,

constructed from:

- an external sheet of coated solar

control and thermally insulating glass*

SUNERGY®, coating placed in posi-

tion 2, in colour ..... (clear, green, azur)

and with a thickness of ..... mm

- a laminated STRATOBEL internal

sheet, consisting of a sheet of

PLANIBEL clear float glass** of .....

mm, constructed with the help of a .....

(clear, coloured or acoustic) PVB of .....

mm (0.38 mm or a multiple of 0.38

mm) with a second sheet of PLANIBEL

clear float glass* of ..... mm.

The cavity between the sheets of

SUNERGY® and STRATOBEL, with a

width of ..... mm, will be filled with .....

(air/thermal gas/noise-insulating gas).

The hermetic tightness of the whole

structure is guaranteed by a smooth,

double seam.

Light transmission (LT): ..... %

Solar factor (SF): ..... %

U-value: ..... W/(m2.K)

* If required: tempered or heat strength-

ened.

** If required: with a low-emissivity coating

in #3.14

S P E C I F I C A T I O N D E S C R I P T I O N

SUNERGY® is manufactured in the

Glaverbel factory in Moustier,

Belgium. For glass processors,

Moustier is the name in the field of

tinted and pyrolytically coated glasses.

Moustier complies with the most strin-

gent quality standards and amongst

other things is ISO 9002 certified.

The guarantee which Glaverbel gives

for SUNERGY® is applicable when all

the conditions regarding the specifi-

cation of the component parts of the

glass (glass thickness, .... ), the treat-

ment, the installation and the

maintenance are complied with. The

complete text of this guarantee is

available upon request.

15

Q U A L I T Y S T A N D A R D S

G U A R A N T E E

D’LONG BUILDING - PUDONG, SHANGHAI, CHINA - SUNERGY CLEAR

GLAVERBEL ASIA-PACIFIC PTE LTD360 Orchard Road - 10-03 International Building Singapore 238869Tel. 65 6738 7327 • Fax 65 6738 7328Web site: http://www.glaverbel.comE-mail: corporate@glavermas.com.sg

Glaverbel Asia-Pacific export markets:Singapore, Malaysia, Brunei, Pakistan, Bangladesh, Sri Lanka, Myanmar, Laos, Cambodia, Australia.Glavermas Pte Ltd - WorldwideGlavermas Mirror Pte Ltd - Asia-Pacific

GlaverbelTerhulpsesteenweg/Chaussée de La Hulpe 166B-1170 Brussel/BruxellesTel. +32 2 674 31 77 • Fax +32 2 674 31 64sales.belgium@glaverbel.com

Glaverbel CzechSklarska 450CZ-41674 TepliceTel. +42 417 50 11 11 • Fax +42 417 27 777czech@glaverbel.com

Glaverbel DanmarkGlaverbel DanmarkNybrogade, 8DK-1119 København KTel. +45 33 91 12 23 • Fax +45 33 91 20 04

Bluhm & PlateVon Bronsart-Straße, 14D-22885 Barsbüttel-HamburgFernspr. +49 40 670 88 40Fax +49 40 670 88 410info@bluhm.de

Clemens SchlattRobert Bosch-Straße, 36D-46397 Bocholt-WestfalenFernspr. +49 28 71 9 94 00Fax +49 28 71 18 36 81schlatt@glaverbel.com

Glaverbel IbericaC. Mallorca, 272-274 6o 5aE-08037 BARCELONATel. +34 93 467 07 60 • Fax +34 93 467 07 70info@sp.glaverbel.com

Glaverbel HellasMarathonos Avenue 78GR-15351 PalliniTel. +30 1 72 99 210 (20-21) • Fax +30 1 72 99 211

Glaverbel ItalyVia Filippo Turati, 7I-20121 MilanoTel. +39 02 626 90 110 • Fax +39 02 657 01 01gvb.italy@glaverbel.com

Glaverbel Nederland Postbus 6139 NL-4000 HC TielTel. +31 344 679922 • Fax +31 344 679724glaverned@glaverbel.com

Glaverbel AustriaLongschamps 25CH-2068 Hauterive NESchweizTel. +41 32 753 71 33Fax +41 32 753 61 78gvb.suisse@glaverbel.com

Glaverbel PolskaByslawska 73, FalenicaWarszawa 4-993Tel. +48 22 872 0223 - 872 0323Fax +48 22 872 9760glaverbelpolska@glaverbel.com

Glaverbel VostokChaplygin Str. 1, building 1 R-103062 Moscow Tel. +7 095 782 16 16Fax +7 095 782 16 16

Glaverbel SuisseLongschamps 25CH-2068 Hauterive NETel. +41 32 753 71 33Fax +41 32 753 61 78gvb.suisse@glaverbel.com

Glaverbel SvenskaP.O. Box 209 S-18 323 TäbyTel. +46 8 768 40 80 • Fax +46 8 768 40 81gvb.svenska@glaverbel.com

Glaverbel (UK)Chestnut Field, Regent PlaceRugby, Warwickshire CV21 2TLTel. +44 1788 53 53 53Fax +44 1788 56 08 53gvb.uk@glaverbel.com

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Head office:Chaussée de La Hulpe 166 • B-1170 BrusselsTel. + 32 2 674 31 11 • Fax + 32 2 672 44 62

www.myglaverbel.com

Glaverbel is represented all over the world. We will be pleased to provide you with all the other addresses.

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