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As architects and interior designers, it is critical to have the details and technical specifications of all available products that you recommend and use at your fingertips.
For product and brand details, visit the Products Section.
Here are the technical details of each of our brand categories: |
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Plywood - Specifications
GREEN MR GRADE PLYWOOD AS PER IS:303-1989: |
| Sl. No. |
Test Prescribed in IS:303 1989 |
Conformity value |
VALUE OBSERVED |
| 1. |
Moisture Content |
5-15% |
9.50% |
| 2. |
Glue Adhesion & Water Resistance test (cyclic test followed by knife test)
For MR Grade:
(Cycle of 3 hrs. Immersion in hot water at temp. 60oC +/2o oC and 8 hrs. drying at 65 +/-2 C) |
After 3 Cycle |
Excellent |
| 3. |
Static bending strength
1. Modulus of rupture
(a) Along the grain
(b) Across the grain |
Min Ind.27N/M2
Avg.30 N/M2
Min Ind.13N/MM2
Avg.15N/M2 |
34N/MM2
39N/MM2
19N/MM2
22N/MM2 |
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2. Modulus of elasticity
(a) Along the grain
(b) Across the grain |
Min Ind.1800N/MM2
Avg. 2000 N/M2
Min Ind.3600N/MM2
Avg.4000 N/M2 |
3920N/MM2 4800N/MM2 2300N/MM2 2950N/MM2 |
| 4. |
Mycological test |
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Excellent |
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Plywood - Specifications
GREEN BWR GRADE PLYWOOD AS PER IS:303-1989:
|
| Sl. No. |
Test Prescribed in IS:303 1989 |
Conformity value |
OBSERVED VALUE |
| 1. |
Moisture Content |
5-15% |
8.00% |
| 2. |
Glue Adhesion & Water Resistance test (cyclic test followed by knife test)
For BWR Grade:
(Cycle of 8 hrs. Boiling & o16 hrs. Drying at 65 + 2 C) |
After 3 Cycle |
Excellent |
| 3. |
Static bending strength
1. Modulus of rupture
(a) Along the grain
(b) Across the grain |
BWR GRADE
Min Ind.36N/MM2
Avg.40 N/M2
Min Ind.18N/MM2
Avg.20 N/M2 |
48N/MM2
46N/MM2
28N/MM2
24N/MM2 |
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2. Modulus of elasticity
(a) Along the grain
(b) Across the grain |
Min Ind.4500N/MM2
Avg.5000 N/M2
Min Ind.2200N/MM2
Avg.2500 N/M2 |
4875N/MM2
5983N/MM2
2432N/MM2
2612N/MM2 |
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Plywood - Specifications
MR COM BLOCK BOARD: AS PER IS:1659 - 2004:
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| Sl. No. |
Test prescribed in IS:1659-2004 |
Minimum value for conformity |
OBSERVED VALUE
MR COM BLOCK BOARD
|
| 1. |
Dimensional changes caused by humidity |
There shall be no delamination
in the extreme range of humidity. |
No de-lamination. Dimensional change within the specified limit. |
| 2. |
Resistance to water |
After 3 hrs. soaking at o o60 C +/-2 C. Minimum pass standard |
No de-observed. |
| 3. |
Adhesion of Plies (Knife Test) |
Minimum Pass Standard |
Excellent |
| 4. |
Mycological Test |
No appreciable sign of Separation in edges |
Satisfactory |
| 5. |
Modulus of Rupture (MOR) Modulus of Elasticity (MOE) |
40 N/Sq.mm Avg.
4000 N/Sq.mm Avg. |
48 /Sq.mm.Avg.
4500 N/Sq.mm Avg. |
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Plywood - Specifications
BWP COM BLOCK BOARD AS PER IS:1659 - 2004:
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| Sl. No. |
Test prescribed in IS:1659-2004 |
Minimum value for conformity |
OBSERVED VALUE
BWP COM BLOCK BOARD
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| 1. |
Dimensional changes caused by humidity |
There shall be no delamination
in the extreme range of humidity. |
No de-lamination.
Dimensional change within
the specified limit |
| 2. |
Resistance to water |
After 72 hrs. boiling. Minimum pass standard. |
No de-lamination
observed. |
| 3. |
Adhesion of Plies (Knife Test) |
Minimum Pass Standard |
Excellent |
| 4. |
Mycological Test |
No appreciable sign of Separation in edges |
Satisfactory |
| 5. |
Modulus of Rupture (MOR)
Modulus of Elasticity (MOE) |
50 N/Sq.mm Avg.
5000 N/Sq.mm Avg. |
67N/Sq.mm.Avg.
6025 N/Sq.mm Avg |
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Ecotec Plywood
Technical Specifications
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MR
Grade |
BWR Grade |
| Sl. No. |
Test prescribed in IS:303-1989 |
Specified Value |
Observed Value
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Specified Value |
Observed Value |
| 1. |
Dimensions (MTS)
a) Length
b) Width
c) Thickness
i) Less than 6mm
ii) 6mm and above |
2.44 X 1.22
Tolerance
+ 6 mm
+ 3 mm
± 10%
± 5% |
2.442
1.221
Within
Tolerance |
2.44 X 1.22
Tolerance
+ 6 mm
+ 3 mm
± 10%
± 5% |
2.442
1.221
Within
Tolerance |
| 2. |
Moisture Content |
5-15% |
8.50% |
5-15% |
9.20% |
| 8. |
Modulus of Rupture N/mm2
a) Along the grain
b) Across the grain
|
Min. Ind. 27 N/mm2
Avg. 30 N/mm2
Min. Ind. 13 N/mm2
Avg. 15 N/mm2 |
30.5 N/mm2
34.3 N/mm2
15.5 N/mm2
19.4 N/mm2 |
Min. Ind. 36 N/mm2
Avg. 40 N/mm2
Min. Ind. 18 N/mm2
Avg. 20 N/mm2 |
41.4 N/mm2
47.2 N/mm2
22.3 N/mm2
28.2 N/mm2 |
tr>
8. |
Modulus of Elasticity N/mm2
a) Along the grain
b) Across the grain
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Min. Ind. 3600 N/mm2
Avg. 4000 N/mm2
Min. Ind. 1800 N/mm2
Avg. 2000 N/mm2 |
4690 N/mm2
5900 N/mm2
2150 N/mm2
3240 N/mm2 |
Min. Ind. 4500 N/mm2
Avg. 5000 N/mm2
Min. Ind. 2200 N/mm2
Avg. 2500 N/mm2 |
6215 N/mm2
7532 N/mm2
2930 N/mm2
4140 N/mm2 |
| 5. |
Glue Adhesion |
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| a. |
Water Resistance soaking in water at 65°C ± 2°C for
3 hours and conditioning & then repeat 2 more cycles. |
Minimum pass standard |
Excellent |
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| b. |
Water resistance boiling in water for 8 hours and conditioning & then repeat 2 more cycles |
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Minimum pass standard |
Excellent |
tr>
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Ecotec Block Board
Technical Specifications
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MR |
BWR |
| Sl. No. |
Test prescribed in IS:1659-2004 |
Grade II
Minimum Value |
Observed Value
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Grade I
Minimum Value |
Observed Value |
| 1. |
Dimensional
a) Length
b) Width
c) Thickness |
Tolerance
+ 6 mm
+ 3 mm
± 5% |
2.443
1.221
19.10 mm |
Tolerance
+ 6 mm
+ 3 mm
± 5% |
2.443
1.221
19.10 mm |
| 2. |
Moisture Content |
5-15% |
7% |
5-15% |
7% |
| 3. |
Dimensional changes caused by humidity |
There shall be no delamination in the extreme ranges of humidity
Dimensional change shall not be more than
± 1.00 mm in local planeness |
No delamination
Dimensional change within specified limit |
There shall be no delamination in the extreme ranges of humidity.
Dimensional change shall not be more than
± 1.00 mm in local planeness |
No delamination
Dimensional change within specified limit |
| 4. |
Resistance to water |
After 3 hours soaking at 60°C ± 2°C, minimum pass standard |
No delamination. Excellent results in both grades. |
After 72 hours boiling, minimum pass standard |
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| 5. |
Adhesion to Plies |
Minimum pass standard |
Excellent |
Minimum pass standard |
Excellent |
| 6. |
Mycological Test |
No appreciable signs of separation of edges |
Satisfactory |
No appreciable signs of separation of edges |
Satisfactory |
| 7. |
Modulus of Elasticity N/mm2 |
Average 4000 Minimum Individual
3400 N/mm2 |
4390 N/mm2 3600 N/mm2 |
Average 5000 Minimum Individual
4200 N/mm2 |
5420 N/mm2 4350 N/mm2 |
| 8. |
Modulus of Rupture N/mm2 |
Average 40 Minimum Individual 34 |
42 N/mm2 36 N/mm2 |
Average 50 Minimum Individual
42 N/mm2 |
52 N/mm2 44 N/mm2 |
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Green Fire Retardant Plywood - Specifications
Material conforms to IS: 5509-2000
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| Sl. No. |
General Properties |
Minimum Value for conformity |
Observed Value |
| 1. |
Moisture Content |
Not more than 20% |
7-8% |
| 2. |
Density |
750-800 kg/m3 |
785-790 kg/m3 |
| 3. |
Flammability Test |
Time taken for second ignition shall not be less than 30 minutes |
Above 45 minutes |
| 4. |
Flame Penetration |
Minimum 30 minutes for 12mm |
Above 45 minutes |
| 5. |
Rate of Burning Test |
Minimum 20 minutes |
Above 40 minutes |
| 6. |
Glue adhesion & Water Resistant Test (cyclic test followed by knife test) i.e. cycle of 8 hours boiling and 16 hours drying at 65 ± 2°C (as per IS: 303) |
Minimum standard pass after 3 cycles |
Excellent after 3 cycles |
| 7. |
Static bending strength (as per IS:303)
1. Modulus of rupture
(a) Along the grain
(b) Across the grain |
Min Ind.: -36N/MM2
Avg.: -40 N/M2
Min Ind.: -18N/MM2
Avg.: -20 N/M2 |
Min Ind.: -42N/MM2
Avg.: -53 N/M2
Min Ind.: -25N/MM2
Avg.: -31 N/M2 |
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2. Modulus of elasticity
(a) Along the grain
(b) Across the grain |
Min Ind.: -4500N/MM2
Avg.: -5000 N/M2
Min Ind.: -2200N/MM2
Avg.: -2500 N/M2 |
Min Ind.: -5100N/MM2
Avg.: -6000 N/M2
Min Ind.: -2600N/MM2
Avg.: -3250 N/M2 |
| 8. |
Resistant to micro organisms (after 21 days) test for adhesion of plies (as per IS: 303) |
Minimum Standard Pass |
Excellent |
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Green Marine Plywood - Specifications
AS PER IS:710-1976 |
| Sl. No. |
Test Prescribed in IS:710 1976 |
Minimum value for conformity |
OBSERVED VALUE |
| 1. |
Moisture content |
5-15% |
9.50% |
| 2. |
Density |
- |
782 KGS/M3 |
| 3. |
Glue shear strength
(a) Dry State
(b) Wet State (After 72 hrs. boiling) |
Min.Ind-1100(N)
Avg.-1350 (N)
Min.Ind-800(N)
Avg.-1000 (N) |
1290 (N)
1530(N)
1010 (N)
1110(N) |
| 4. |
Adhesion of Plies |
- |
Excellent |
| 5. |
Tensile Strength
(a) Along the grain
(b) Across the grain
(c) Sum of both |
420 KG/CM2
250 KG/CM2
845 KG/CM2 |
489 KG/CM2
397 KG/CM2
886 KG/CM2
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| 6. |
Static Banding Strength
(a) Modulus of Rupture
(i) Along The Grain
(ii) Across The Grain
(b) Modulus Of Elasticity
(i) Along The Grain
(ii) Across The Grain |
50 N/MM2
30 N/MM2
7500 N/MM2
4000 N/MM2 |
61.92 N/MM2
34.50 N/MM2
8950 N/MM2
4550 N/MM2 |
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Green Flexiply - Specifications |
| 1. |
Thickness |
1.5mm, 4mm, 6mm, 8mm, 12mm & 18mm |
| 2. |
Composition |
Dipterocarpus species, hor pressed with thermosetting BWP grade adhesive |
| 3. |
Density |
0.75 gm / cc |
| 4. |
Bending radius |
3600 - at minimum for 4mm - 7cm diameter
6mm - 10cm diameter
8mm - 12cm diameter
12mm - 30cm diameter
18mm - 40cm diameter |
| 5. |
Elasticity |
Cross grain - 200 N/mm2; Long grain - 6300 N/mm2 |
| 6. |
Uses |
This can be easily used, where bowed or curved shapes are required with extreme high bending properties. |
| 7. |
Advantages |
Green Flexiply allows cold forming to the smallest radius requirements. No need for heat forming or water treatment. Self-supporting structures eliminate the need for structural skeletons or special supports. Unique design models, rounded structures and complex multi-radii shapes that were virtually impossible to create with traditional materials, can be quickly and easily prepared.
Green Flexiply is less expensive than pre-made wood forms.
Significant savings of time, less labour intensive and more cost effective than any other method of plywood shaping. |
| 8. |
Precautions |
- Store the panels while lying flat in a clear, shaded, dry place
- Glue the panel while fixed in desired shape after the glue dries; the panel will maintain its shape
- Any good glue is suitable for use
- Panel should be transported on a hard flat surface; Single panels can be rolled, but should not be stored in this manner for long periods of time
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Greenclub Premium Plywood - Differentiators |
| Sl. No. |
Attribute |
Greenclub |
Others |
| 1. |
Timber |
Only Gurjan Hardwood |
Semi hardwood / softwood / low density hardwood |
| 2. |
Portion of veneer used |
Only heartwood used |
May use sap also |
| 3. |
Veneer density |
785 kgs/m3 |
Very less density |
| 4. |
Balanced construction |
Always |
Not always |
| 5. |
Density of plywood |
810 kgs/m3 |
Below 650 kgs/m3 |
| 6. |
Adhesive |
Unextended BWP type conforming to IS:848-1974 |
Generally extenders used |
| 7. |
Antiborer treatment |
All layers of veneers are well treated with preservatives |
Rarely |
| 8. |
Full length panel core |
Always |
Rarely |
| 9. |
Core gap |
Nil |
Frequently present |
| 10. |
Core split |
Nil |
Frequently present |
| 11. |
Core overlap |
Nil |
Frequently present |
| 12. |
Tensile strength |
More than IS:710-1976 |
Rarely |
| 13. |
Bonding |
Lifetime warranty |
May delaminate with times |
| 14. |
Wokability |
Extremely carpenter friendly |
Not always |
| 15. |
Serviceablity |
Lifelong peace of mind |
Limited period |
| 16. |
Money back guarantee |
Cost of furniture or 3 times the cost of plywood, whichever is lower |
Maximum cost of plywood |
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Green Flush Door - Specifications
Material Conforms to IS: 2202 (Part - I)
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| Sl. No. |
Tests Prescribed in
IS: 2202 (Part - I): 1999 |
Minimum value for conformity |
OBSERVED VALUE |
| 1. |
Dimension & Squareness
Test as per IS 4020 (Part 2) 1998 |
Width shall be measured within an accuracy of 1mm |
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| 2. |
General Flatness Test as per
IS 4020 {Part 3) 1998 |
Squareness shall be measured to an accuracy of 0.1mm |
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| 3. |
Local Planeness Test as per
IS 4020 (Part 4) 1998 |
Planeness shall be measured to an accuracy of 0.1mm |
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| 4. |
Impact Indentation Test as per IS 4020 (Part 5) 1998 |
The depth of indentation shall be measured to an accuracy of 0.1mm |
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| 5. |
Flexure Test as per
IS 4020 (Part 6) 1998 |
Deflections of the free corner shall be measured to an accuracy of 0.1mm |
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| 6. |
Edge Lodging Test as per
IS 4020 (Part 7) 1998 |
The deflections shall be measured to an accuracy of 0.1mm |
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| 7. |
Shock Resistance Test as per
IS 4020 (Part 8) 1998 |
4 to 5 shocks per minute |
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| 8. |
Buckling Test as per
IS 4020 (Part 9) 1998 |
Deformation is measured to an accuracy of
1 mm, 5 minute after the application of load and 15 minute after unloading |
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| 9. |
Slamming Test as per
IS 4020 (Part 10) 1998 |
There shall be no failure up to 50 drops |
Found OK |
| 10. |
Misuse Test as per
IS 4020 (Part 11) 1998 |
It should pass after applying 200N
force to the handle at right angle to the plane of the frame |
Passes satisfactorily |
| 11. |
End immersion Test as per
IS 4020 (Part 13) 1998 |
There shall be no de-lamination |
No de-lamination found |
| 12. |
Knife Test as per
IS 4020 (Part 14) 1998 |
Minimum pass standard |
Excellent |
| 13. |
Glue Adhesion Test as per
IS 4020 (Part 15) 1998 |
There shall be no de-lamination |
No de-iamination found |
| 14. |
Screw withdraw Test as per
IS 4020 (Part 16) 1998 |
Applied lead shall be 2mm per minute for complete withdrawal of the screw |
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Features
- Resistant to boiling water, moisture, dry heat, termite, insects and pests.
- Remains unaffected by changing weather conditions.
Precautions
- Green BWR Plywood should be stored in a well ventilated and dry place to prevent fungus, insect and borer attacks.
- It should be stored properly in stacks on a flat level to prevent warping, bending or twisting.
- It should be kept away from extreme heat and sunlight to prevent discolouration and other damage.
- Good quality synthetic resin adhesive should be used for proper bonding of Greenply with Green Decorative Plywood or Greenlam.
- Fine-toothed cross cut saws should be used for sawing/cutting Greenply.
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Greenlam - Specifications
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| Sl. No. |
Properties |
Unit |
Specified Values as per IS: 2046-1995, Type: S, HGS |
Greenlam Conforms |
| 1. |
Thickness |
mm |
1.00 ± 10% |
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| 2. |
Resistance to dry heat at 180° C |
Grade |
Not worse than 4 |
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| 3. |
Resistance to surface wear |
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| 4. |
Resistance to immersion in boiling water |
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a) Mass increase
b) Thickness increase
c) Appearance |
%
%
Grade |
10.0 (Max.)
11.8 (Max.)
Not worse than 4 |
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| 5. |
Dimensional stability at deviated temperature |
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a) Longitudinal
b) Transverse |
%
% |
0.55 (Max.)
1.025 (Max.) |
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| 6. |
Dimensional stability at 20° C |
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a) Longitudinal
b) Transverse |
%
% |
0.375 (Max.)
0.60 (Max.) |
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| 7. |
Resistance to impact by small diameter ball |
N |
20.0 (Min.) |
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| 8. |
Resistance to cracking |
Grade |
Not worse than 4 |
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| 9. |
Resistance to scratching |
N |
2.0 (Min.) |
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| 10. |
Resistance to staining |
Grade |
Not worse than 5 |
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| 11. |
Resistance to colour change |
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a) In Xenon Arc light
b) In enclosed Carbon Arc Light |
Grade
Grade |
Not worse than 6
Not worse than 5 |
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| 12. |
Resistance to cigarette burns |
Grade |
Not worse than 3 |
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| 13. |
Resistance to steam |
Grade |
Not worse than 4 |
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Green Flexilam - Specifications
|
Sl. No. |
Properties |
Unit |
Specified Values as per IS: 2046-1995,
Type: P, VGP |
Green Flexilam Conforms |
| 1. |
Thickness |
mm |
0.6 ± 0.1 |
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| 2. |
Resistance to surface wear |
Rev. |
150 (Min.) |
|
| 3. |
Resistance to immersion in boiling water |
| |
a) Mass increase
b) Thickness increase
c) Appearance |
%
%
Grade |
20.0 (Max.)
22.5 (Max.)
3 |
|
| 4. |
Dimensional stability at deviated temperature |
| |
a) Longitudinal
b) Transverse |
%
% |
0.70 (Max.)
1.20 (Max.) |
|
| 5. |
Dimensional stability at 20° C |
| |
a) Longitudinal
b) Transverse |
%
% |
0.45 (Max.)
0.725 (Max.) |
|
| 6. |
Resistance to impact by small diameter ball |
N |
15 (Min.) |
|
| 7. |
Resistance to cracking |
Grade |
4 |
|
| 8. |
Resistance to scratching |
N |
1.5 (Min.) |
|
| 9. |
Resistance to staining |
Grade |
5, 3 |
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| 10. |
Resistance to colour change |
| |
a) In Xenon Arc light
b) In enclosed Carbon Arc Light |
Grade
Grade |
6
5 |
|
| 11. |
Formability (Radius) |
mm |
10 (Max.) |
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| 12. |
Resistance to Blistering |
Sec |
10 (Min.) |
|
| 13. |
Resistance to steam |
Grade |
3 |
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| Decorative Veneers - Specifications |
| 1. |
Open splits, checks or open joints |
Not more than 150 mm in length and 0.5 mm in width rectified with veneer insert bonded with synthetic resin adhesive. |
| 2. |
Torn grain, dead knots, dote |
Free from such defects, as well as discolouration and sapwood |
| 3. |
Moisture content |
>5, <15 |
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Features
- Wide range of designs, colours, shades and grains.
- Superior surface finish.
- Use of Gurjan Core to make it borer and termite resistant.
- Better glue shear strength ensures good bonding.
Precautions
- Green Decorative Plywood should be stored in well ventilated and dry places to prevent fungus, insect and borer attack.
- It should be stored properly in stacks on a flat level to prevent warping, bending or twisting.
- Good quality synthetic resin adhesive should be used for joining Green Decorative Plywood with Greenply.
- Green Decorative Plywood should be cleaned properly with a soft and clean cloth before applying varnish and polish.
- For clear finishing of Green Decorative Plywood, the following processes must be used:
a. Bleaching b. Cleaning c. Staining d. Filling e. Sealing f. Colour matching g. Coating h. Rubbing j. Polishing.
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Technical Specifications - Green Lamiboard
PRE-LAMINATED FLAT PRESSED THREE LAYER PARTICLE BOARD (IS: 12823-1990)
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IS: 12823-1990 |
Lamiboard Prelam |
| Sl. No. |
Item |
Unit |
Grade I |
Grade II |
Grade I |
Grade II |
1. |
Density
Variation from mean density (Max) |
Kg/M3
% |
500 - 900
±10 |
500 - 900
±10 |
|
|
| 2. |
Moisture Content |
% |
5-15 |
5-15 |
|
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| 3. |
Water Absorption (Max)
a) 2 hrs soaking
b) 24 hrs soaking |
% |
7
15 |
15
30 |
|
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| 4. |
Thickness swelling in 2 hours (Max) |
% |
5 |
8 |
|
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| 5. |
Modulus of Rupture (Min)
-Average
-Minimum Individual |
N/mm2 |
15
13 |
11
10 |
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| 6. |
Modulus of Elasticity (Min)
-Average
-Minimum Individual |
N/mm2 |
2500
2200 |
2500
2200 |
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| 7. |
Tensile strength perpendicular to surface (Min)
-Up to 20mm thick
-Above 20mm thick |
N/mm2 |
0.45
0.4 |
0.3
0.3 |
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| 8. |
Tensile strength perpendicular to surface (Min)
-After cyclic test
or
-After accelerated water resistence test |
N/mm2 |
0.2
0.15 |
NA
NA |
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| 9. |
Screw withdrawal strength (Min)
-Face
-Edge |
N |
1250
850 |
1250
750 |
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| 10. |
Abrasion resistance (Min)
-Number of resolutions: Type II |
Nos. |
450 |
450 |
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| 11. |
Resistance to steam |
|
Satisfactory |
Satisfactory |
Satisfactory |
Satisfactory |
| 12. |
Resistance to crack |
|
Satisfactory |
Satisfactory |
Satisfactory |
Satisfactory |
| 13. |
Resistance to cigarette |
|
Satisfactory |
Satisfactory |
Satisfactory |
Satisfactory |
| 14. |
Resistance to stain |
|
Satisfactory |
Satisfactory |
Satisfactory |
Satisfactory |
| 15. |
Dimensions & Tolerances (Max)
a) Length
b) Width
c) Thickness
d) Squareness & Edge Straightness |
mm
mm
%
mm/m
|
+6
+3
±5
2
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+6
+3
±5
2
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Features
- 3 layered particle board.
- High abrasion resistant.
- Resistance to steam and stains.
- Does not warp or sag.
- Surface counter balanced for greater stability.
- Strong and durable.
- Termite, fungus & borer proof.
- Holds screws well.
- Requires no special tools for machining etc.
Precautions
- Do not use coarse ripsaws.
- Timber beading of minimum 6mm thickness is suggested when mechanical fasteners are to be fitted on the edges to protect from excessive wear and tear.
- Always follow the adhesive manufacturers' instructions.
- In conditions of extreme humidity, use of rubber based adhesive is recommended.
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