Collectio

n

2 0 1 2

COMPACT

Cutting EdgeLaminatesDecolan proudly presents itsdecorative and distinct range ofhigh pressure Compact Laminates,available in spectacular coloursranging from solids, woodpatterns, abstracts & specialtextures.

PRODUCT COMPOSITIONDecorative surface papers impregnated with melamine resins are pressed overkraft paper core sheets, impregnated with thermosetting resins. These papers arethen cured at a pressure of 7 Mpa and temperature of 150 °C in which the resins

Outstanding characteristics ofGreenlam/decolan Compact Laminatesmake them ideal for both horizontal andvertical interior applications where thesurface should be functional, durable anddecorative.

Tissue overlay (for print decors)impregnated with melamine resins

Solid or print design paper layerimpregnated with melamine resins

Jet black colour kraft paper layersimpregnated with phenolic resins

Solid or print design paper layerimpregnated with melamine resins

Tissue overlay (for print decors)impregnated with melamine resins

Greenlam/decolan’s successful collection of CompactLaminates is available in various thickness* and size.They are engineered to meet special requirements such as:

• Exceptional self supporting properties

• Resistance to abrasion• Resistance to water

• Excellent hygiene properties• Resistance to harmful chemicals and organic solvents• Simple and quick assembly without the need for edging

and adhesive• In case of combustion, emits low amount of harmful gasses

and fumes

PRODUCT DESCRIPTION

Size & Thickness available

Thickness in mm4, 6, 9, 10, 12, 18, 25

10, 12, 18, 25

4 x 84.25 x 10

5 x 65 x 126 x 66 x 12

1220 x 2440300 x 3050

1550 x 18301550 x 36601830 x 18301830 x 3660

Size in Feet Size in mm

*Other thickness can also be made available on special request.

Adorn your décor with the best design, quality and performance worktoplaminates, manufactured to give a magnif icent look to your residentialand commercial space.

Purpose of Panels

Kitchen Tops Shelves

DesksCubicles

Greenlam/Decolan Compact Laminates are GREENGUARD

Explore Greenlam/Decolan’s rich array of compactlaminates available in elegant solids, versatile abstractsand genuine wood patterns. Add value and uniquenesswith décors that can blend well with contemporarylifestyles in various set-ups like

Restroom Cubicles

Partitions

Lockers

Worktops

Kid’s Furniture

Lab Furniture

School Furniture

Compact Application

Lockers

SpecialRaw SilkFinish

Compact GradeLaminates with

Greenlam/Decolan introduces

Compact Grade Laminates

with Special Raw Silk Finish to present you

something beyond luxury. Its pure silk pleasure.

Its fresh & soft aura can renew your decor & your life.

Touch it to feel it!

Antibacterial Compact Grade Laminates. These

compact laminates retards the growth of nearly

Freely found bacteria in environment whose

growth can be retarted includes:

• Staphylococcus aureus

• Streptococcus faecalis

• Escherichia coli

• Klebisella pneumoniae

Antibacterial CompactLaminates

To offer a safe living, Greenlam/Decolan introduces

Makes YourSurfacesHygienic

Antibacterial Compact Grade Laminatescan be used in the following areas:

• Restaurants

• Laboratories

• Hospitals andHealth Centres

• Lounges, Restrooms,Storage Rooms

• Restaurants

• Kindergarten

• Kitchens

ApplicationAreas

Not just beautiful, these compact laminates makes your surfaces germ-free andsecure. Produced by permanently incorporating a US-EPA approved, well-known andwidely used anti-microbial agent during the manufacturing, this range ensurescomplete health and hygiene for you and your family.

Wish you a happy and healthy life ahead!

ChemicalResistantCompactLaminates

Chemical Resistant compacts are meant for the

most challenging environments like clinics,

pathological labs, photographic darkrooms,

classrooms or stylish saloons where working

conditions are prone to use of chemicals.

This product is engineered by treating the decor

paper with special chemicals. The treatment given

to the Décor paper is an advanced formulation

which provides resistance from chemicals, abrasive

materials & other harsh substances.

Greenlam/Decolan Chemical Resistant Compact GradeLaminates can be used in the following areas:

Labs and pathologists’ work rooms

Counters and tabletops in hospitals

Photographers’ darkrooms

Beauty salons

Product testing facilities

Nurses’ stations, physician and dentist’s

examining and treatment rooms

Application Areas

929 Metaline Grey 923 Meta Silver 5853 Alu Taint

Quality Standards

SOLIDS

ABSTRACT

111 Designer White

134 Mud Ash

133 Moon Stone

166 Blush Pink 163 Bay

113 Frosty White

141 Beige 271 Light Grey 124 Mysore Ivory

121 Ivory 230 Cream Yellow 257 Olive 248 Leaf Green 217 Light Orange

284 Ozone 297 Blue Galaxy

275 Pearl Grey

268 Dust 291 Electric Blue 261 Dark Grey 401 Black

Thickness in mm4, 6, 9, 10, 12, 18, 25

10, 12, 18, 25

4 x 8* / 4.25 x 10*

5 x 6* / 5 x 12*6 x 6 / 6 x 12

1220 x 2440* / 1300 x 3050*

1550 x 1830* / 1550 x 3660*1830 x 1830 / 1830 x 3660

Size in Feet

DIMENSIONS OFFERING

Size in mm

WOODS

RAW SILK

682 Hiland Pine 770 Douglas Fur 719 Mangfall Beech

5003 Phillipine Teak

738 Oak

5525 Hickory Oak 5006 Thansau Maple 5018 Brooks Walnut 749 Sapele 5061 Fine Wenge

111 Designer White (RSL) 113 Frosty White (RSL)

284 Ozone (RSL) 738 Oak (RSL) 124 Mysore Ivory (RSL) 217 Light Orange (RSL) 5061 Fine Wenge (RSL)261 Dark Grey (RSL)

Refer the samples for the actual color of the designs shown. Note: All sample are in Suede Finish unless mentioned.

Chemical ResistanceCompact Laminate

9801 ARGENTWHITE 9802 CINEREAL 9803 BLACK

List of Chemicals ineffective against Chemical Resistant Compact LaminatesSize Available: 1550 mm x 3660 mm; Thicknesses Available: 12 mm, 13 mm, 16 mm & 18 mm

Chemicals

Acids

Nitric Acid (all concentrations)

Glacial Acetic Acid 99%(concentrated)

Sulfuric Acid (all concentrations)

Hydrochloric Acid (all concentrations)

Phosphoric Acid (all concentrations)

Formic Acid (all concentrations)

Acetic Acid (all concentrations)

Hydrofluoric Acid 48%(concentrated)

Aqua Regia

Chromic Trioxide (Chromic Acid Cleaning Solution)*

Picric Acid 1.2% (0.05M)

Tannic Acid (sat.)

Uric Acid (sat.)

Bases

Sodium Hydroxide (all concentrations)

Sodium Sulfide 15%

Ammonium Hydroxide (all concentrations)

Pottassium Hydroxide

Sodium Carbonate Saturated solution

Furfural

Solvents

Carbon Tetrachloride

Carbon Disulfide

Acetone

Benzene

Formaldehyde

Methanol

Ethyl Acetate

Toluene

n-Hexane

Ethyl Alcohol

Methyl Alcohol

Chloroform

Phenol (all concentrations)

EDTA

Xylene

Butyl Alcohol

Amyl Alcohol

Amyl Acetate

Cresol

Dioxane

Trichloroethane

Chlorobenzene

Dimethylformamide

Methylene Chloride

Methyl Ethyl Ketone

Methylated Spirits

Naphthalene

Tetrahydrofuran

Denatured Alcohol

Anilene Blue

General Reagents

Sodium Hypochlorite 5%

Calcium Hypochlorite (concentrated)

Hydrogen Peroxide 3%

Trisodium Phosphate 30%

Sodium aThiocyanate

Zinc Chloride

Lactated Ringers

Sucrose 50%

Gasoline

Kerosene

Nail polish remover

Mineral Oil

Vegetable Oils

Water

Sodium Chromate

Potassium Permanganate

Silver Nitrate

Formalin

Benedicts Solution

Phosphate Buffered Saline(PBS)

Copper Sulphate

Petroleum Jelly

Aluminon

Ethylene Glycol

Ethyle Acetate

Ethyl Ethor

Pine Oil

Methyl Methacrylate

Alconox (Lab. Detergent)

Karl Fisher Reagent

Urea

Naphtha

Cellosolve

Ammonium Phosphate

Iodine

Povidone Iodine

Tincture of Mercurochrome

Tincture of Iodine

Tincture of Merthiolate

Eucalyptol

Eucalyptol Ferric

Procaine

Zinc Oxide Ointment

Aromatic Ammonia

Thymol & Alcohol

Camphorated parachlorophenol

Quaternary Ammonia

Compounds

Monsel's Solution (Ferric Subsulfate)

Ferric Chloride

Sodium Azide

Bromothymol Blue

Phenolphthalein

Methyl Red

Methyl Orange

Gentian Violet 1%

Wright's Blood Stain

Methylene Blue

Nigrosine

Crystal Violet

Malachite Green

Cresol Red

Thymol Blue

Subsulphate purified

Isopropyl Alcohol

Citric acid

Ethanol (50%)

Fresh Coffee

Household Ammonia

#2 Pencil

Stamp pad ink

Shoe Polish

Tea Bag

Wax crayon

Yellow Mustard

Greenlam/DecolanCompact Laminates

TECHNICAL SPECIFICATIONS TYPE - COMPACT LAMINATE - CGS

Properties Specified ValuesNEMA LD 3-2005 Typical Value

Unit

Thickness 12.00 ± 0.60mm 12.00 ± 0.40Appearance � No ABC Defect No ABC DefectStraightness mm / meter (Max.) 1.5 1.2Diagonal difference mm (Max.) 6 3

� � �� a) Single side decorative surface� b) Double side decorative surface

Warpage120 4012 6Slight effect Slight effectRating (Min.)Light resistance

Cleanability Rating (Max.) 20 10Stain

a) Reagents 1 - 10b) Reagents 11 - 15

Rating (Min.) No effect Moderate effect

No effect Slight effect

Boilling water resistance No effect No effectRating (Min.)High temperature resistance Rating Slight effect No effectBall impact resistance mm (in) (Min.) 1900 (75") 2540 (100")

� � �a) Machine directionb) Cross direction

% (Max.) 0.3 0.15% (Max.) 0.7 0.30

Room temprature dimensional stabilitya) Machine directionb) Cross direction

% (Max.)% (Max.)

0.100.30.7 0.20

Wear resistance 400 400Cycles (Min.)Flexural strength �

a) Machine directionb) Cross direction

Mpa (Min.) (MD)Mpa (Min.) (CD)

124 13082.7 85

Flexural modulus �a) Machine directionb) Cross direction

Mpa (Min.) (MD)Mpa (Min.) (CD)

11000 115009650 10000

Tensile strength �a) Machine direction Mpa (Min.) (MD) 124 135

Dimensional change

mm (Max.)mm (Max.)

b) Cross direction Mpa (Min.) (CD) 82.7 90

S.No.

12345

67

8

910

11

12

13

1415

16

17

Greenlam/DecolanCompact Laminates

11000 - 12000

6 mm* 9 mm*

PropertiesS.No.

1 Thickness

Typical Value

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

TECHNICAL SPECIFIC ATIONS

.Resistance to surface waterResistance to immersion in boiling water

a) Mass increase

b) Thickness

Dimensional stability at deviated temperature

c) Appearance

a) Longitudinal

b) Transverse

Resistance to impact by large diameter ball

Dimensional stability at 20° C

a) Longitudinal

b) Transverse

a) Drop height

b) Diameter of indentation

Resistance to scratch

Resistance to staining

a) Group 1 & 2

b) Group 3 & 4

Resistance to colour change

Resistance to cigarette burns

a) In Xerox Arc light

b) In enclosed Carbon Arc light

Resistance to steam

Resistance to crazing

Resistance to moisture

Flexural modulus

Flexural strength

Resistance to dry heat at 180° C

Tensile strength

Unit

mm

Grade

Grade

Grade

Grade

Grade

Grade

Grade

Grade

Mpa

Mpa

Grade

Rev.

%%

Grade

%

%

%

%

cm

mm

N

Mpa

Specified Values As PerBS EN 438 &

IS 2046 : 1995

4.0 ± 0.30

Not worse than 5

Not worse than 4

Not worse than 6

Not worse than 5

Not worse than 3

Not worse than 4

Not worse than 4

Not worse than 4

10000 ( Min.)

100 ( Min. )

Not worse than 4

350 (Min.)

2.0 (Max.)

2.0 (Max.)

Not worse than 4

0.06 (Max.)

0.53 (Max.)

0.16 (Max.)

0.28 (Max.)

1800 mm

10 (Max.)

2.0 (Min.)

70 ( Min. )

6

5

6

5

4

5

5

5

100 - 120

80 - 90

5

400

0.48

0.70

5

0.03

0.14

0.10

0.14

2500 mm

4

2.5

Specified Values As PerBS EN 438 &

IS 2046 : 1995

9.0 ± 0.35

Not worse than 5

Not worse than 4

Not worse than 6

Not worse than 5

Not worse than 3

Not worse than 4

Not worse than 4

Not worse than 4

10000 ( Min.)

100 ( Min. )

Not worse than 4

350 (Min.)

2.0 (Max.)

2.0 (Max.)

Not worse than 4

0.06 (Max.)

0.53 (Max.)

0.16 (Max.)

0.28 (Max.)

1800 mm

10 (Max.)

2.0 (Min.)

70 ( Min. )

Typical Value

6

5

6

5

4

5

5

5

11000 - 12000

100 - 120

5

400

0.60

0.80

5

0.04

0.20

0.12

0.20

2500 mm

4

2.5

80 - 90

4.0 ± 0.20 9.0 ± 0.25

4 mm*

Typical Value

6

5

6

5

4

5

5

5

11000 - 12000

100 - 120

5

400

0.55

0.72

5

0.03

0.15

0.10

0.15

2500 mm

4

2.5

80 - 90

6.0 ± 0.20

Specified Values As PerBS EN 438 &

IS 2046 : 1995

6.0 ± 0.35

Not worse than 5

Not worse than 4

Not worse than 6

Not worse than 5

Not worse than 3

Not worse than 4

Not worse than 4

Not worse than 4

10000 ( Min.)

100 ( Min. )

Not worse than 4

350 (Min.)

2.0 (Max.)

2.0 (Max.)

Not worse than 4

0.06 (Max.)

0.53 (Max.)

0.16 (Max.)

0.28 (Max.)

1800 mm

10 (Max.)

2.0 (Min.)

70 ( Min. )

* Produced in 4’x8’ & 4.25’x10’ Sizes only

Greenlam/DecolanCompact Laminates

12 mm 18 mmSpecified Values As Per

BSEN 438 &IS 2046 : 1995

Specified Values As PerBSEN 438 &

IS 2046 : 1995UnitPropertiesS.No.

1 Thickness mm

Typical Value Typical Value

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

TECHNICAL SPECIFIC ATIONS

.

Resistance to dry heat at 180° C

Resistance to surface water

Resistance to immersion in boiling water

a) Mass increase

b) Thickness

Dimensional stability at deviated temperature

c) Appearance

a) Longitudinal

b) Transverse

Resistance to impact by large diameter ball

Dimensional stability at 20° C

a) Longitudinal

b) Transverse

a) Drop height

b) Diameter of indentation

Resistance to scratch

Resistance to staining

a) Group 1 & 2

b) Group 3 & 4

Resistance to colour change

Resistance to cigarette burns

a) In Xerox Arc light

b) In enclosed Carbon Arc light

Resistance to steam

Resistance to crazing

Resistance to moisture

Flexural modulus

Flexural strength

Tensile strength

Grade

Grade

Grade

Grade

Grade

Grade

Grade

Grade

Mpa

Mpa

Grade

Rev.

%

%

Grade

%

%

%

%

cm

mm

N

Mpa

Not worse than 5

Not worse than 4

Not worse than 6

Not worse than 5 Not worse than 5

Not worse than 3

Not worse than 4

Not worse than 4

Not worse than 4

10000 ( Min.)

100 ( Min. )

Not worse than 4

350 (Min.)

2.0 (Max.)

2.0 (Max.)

Not worse than 4

0.06 (Max.)

0.53 (Max.)

0.16 (Max.)

0.28 (Max.)

1800 mm

10 (Max.)

2.0 (Min.)

70 ( Min. )

Not worse than 5

Not worse than 4

Not worse than 6

Not worse than 3

Not worse than 4

Not worse than 4

Not worse than 4

10000 ( Min.)

100 ( Min. )

Not worse than 4

350 (Min.)

2.0 (Max.)

2.0 (Max.)

Not worse than 4

0.06 (Max.)

0.53 (Max.)

0.16 (Max.)

0.28 (Max.)

1800 mm

10 (Max.)

2.0 (Min.)

70 ( Min. )

6

5

6

5 5

4

5

5

5

11000

120

5

400

0.5

0.7

5

0.03

0.12

0.08

0.13

2500 mm

4

2.5

90

5

5

6

4

5

5

5

12000

120

90

5

400

0.20

0.40

5

0.03

0.10

0.08

0.10

2500 mm

4

2.5

12.0±0.40 18.0±0.5018.0±0.7012.0±0.5

Chemical ResistantCompact Laminates

ThicknessAppearanceStraightnessDiagonal DifferenceFlatness (allowable warp)Light ResistanceCleanabilityStain

a) Reagents 1-10b) Reagents 11-15

Boiling Water ResistanceHigh Temperature ResistanceBall Impact ResistanceDimensional Change

a) Machine Directionb) Cross Direction�

Room Temperature Dimensional Stabilitya) Machine Directionb) Cross Direction

Wear ResistanceScratch ResistanceFlexural Strength

a) Machine Directionb) Cross Direction

Flexural Modulusa) Machine Directionb) Cross Direction

Tensile Strengtha) Machine Directionb) Cross Direction

mm

mm/ meter (max.)mm (max.)mm (max.)Rating (min.)Rating (max.)

Rating (min.)Rating (min.)Rating (min.)Ratingmm (in) (min.)

% (max.)% (max.)

% (max.)% (max.)Cycles (min.)

N (min)

Mpa (min.) (MD)

Mpa (min.) (CD)

Mpa (min.) (MD)

Mpa (min.) (CD)

Mpa (min.) (MD)

Mpa (min.) (CD)

12.00 +/- 0.60No ABC defects1.5612Slight Effect20

No EffectModerate EffectNo EffectSlight Effect1900 (75")

0.30.7

0.30.74002.5

12482.7

110009650

124

82.7

12.00 +/- 0.40

No ABC defects1.23

6Slight Effect10

No EffectSlight Effect

No EffectNo Effect2540 (100")

0.150.3

0.10.2

6004.0

13085

1150010000

135

90

Conforms to SEFA 8.1-PL-2010; Chemical Spot Test*Chemical & Stain Resistance

UNITSpecified Values

NEMA LD-3;2005 Typical ValuePropertiesS.No.

TECHNICAL SPECIFICATIONS

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

mm 12.0 ± 0.40

5

600

0.20

5

0.70

0.07

0.14

2500

7

4.0

5

≥ 4

5

4

5

11000

120

90

1.45

Thickness

Resistance to Dry Heat at 180° C

Resistance to Surface Wear

Resistance to Immersion in Boiling Water (2 hours)a) Mass Increase

b) Thickness

c) Appearance

Dimensional Stability at Elevated Temperature

a) Longitudinal

b) Transverse

Resistance to Impact by Large Diameter Ball

a) Drop Height

b) Diameter of Indentation

Resistance to Scratching

Resistance to staining Group 1 & 2

Group 3

1

2

3

4

5

6

7

8

9

10

11

13

12

14

15

16

EN 438-4- 5

EN 438-2 -16

EN 438-2 -10

EN 438-2 - 12

EN 438-2 - 17

EN 438-2 - 21

EN 438-2 - 25

Chemical & Stain Resistance

Rating

Rev.

%

%

Rating

%

%

cm

mm

N

Rating

Resistance to Cigarette Burns

Resistance to Water Soak at 65°C for 48 hours

Resistance to Crazing

Flexural Modulus

Flexural Strength

Tensile Strength

Density

EN 438-2 - 26

EN 438-2 - 30

IS 2046:1995, Annexure Y

EN 438-2 - 24

EN ISO 178:2003

EN ISO 178:2003EN ISO 527-2:1996

EN ISO 1183 -1:2004

RatingRating

Rating

Rating

Mpa

MpaMpa

g/cm3

Conforms to SEFA 8.1-PL-2010; Chemical Spot Test*

UNITTEST METHOD AS PER

BS EN 438 Part 2 & 3:2005

12.0 ± 0.60

Not worse than 4

350 (min.)

2.0 (max.)

2.0 (max.)

Not worse than 4

0.30 (max)

0.60 (max)

180010 (max.)

2.0 (min.)

5

Not worse than 3

4

9000 (min.)

80 (min.)

60 (min.)

1.35

Not worse than 4

Not worse than 4

SpecifiedValues Typical ValuePropertiesS.No.

TECHNICAL SPECIFIC ATIONS

Chemical ResistantCompact Laminates

cre

ati

ve

stu

dio

mo

ren

o.i

t

HeadquartersCORSO SAN GOTTARDO 32CH-6830 CHIASSO (SWITZERLAND)ph. +4191 6821862fax +4191 6825610

UK Office39 CHAPMAN SQUARESW19 5QT LONDONfax +44 20 7900 2652

USA OfficeWOODLAWN OFFICE PARK601 WOODLAWN DRIVESUITE 320MARIETTA - GEORGIA 30067-3506COBB COUNTY - U.S.A.ph. (770) 3216595