COMPOSITE PANELS

 

Composite Panels are Single sided and Double sided 2.5 mm - 6 mm thick High Pressure Laminates (HPL). It is made by layering resin impregnated kraft paper by two layers of decorative base paper. The product has very high tensile strength added with flexural strength and flexural modules. It has time tested durability and water-proofness of a laminates with sturdiness of a plyboard. It is available in array of distinctive designs, patterns, shaded and colours. The product conforms to IS 2046:1995 type S-CGS

 
  Features
 
  • 100% Waterproof
  • Dimensionally stable
  • No Bio-degradation
  • Fire retardant
  • Highly resistant to scratches and staining
  • High impact resistant
  • Carpenter friendly
  • Strong and lifetime durable
 
  Size
 
2440 mm 1220 mm(8' x 4')
 
  Usage
 
  • Suitable for horizontal and vertical application both
  • As panel in bathroom doors
  • Partition panels
  • Inner panel of a vehicles body and roof
  • Various self-supporting vertical uses structure
 
  Precautions
 
  • The storing area should be well ventilated clean and dry
  • Conditioning of the component parts for minimum 48 hours prior to fabrication at prevailing climatic conditions id recommended
  • Do not use blunt saws
 
  Technical Specification
 
SL. No.
Properties
Unit
Specified Value as per IS:2046, 1995 Type S-CGS
Typical Value
1. Thickness mm 3.0 +/-0.25 3.1
2. Resistance to Surface Water Rev. 350 min 390
3. Resistance to Immersion in Boiling Water
Increase in Thickness
Increase in Weight
Appearance

%
%
Grade

3.00
2.8
Not worse than 4

1.5
1.25
5
4. Resistance to Dry Heat at 180 Grade Not worse than 4 5
5. Dimensional Stable at Deviated Temperature
Longitudinal
Transversal

%
%

0.25
0.58

0.2
0.35
6. Dimensional Stability at 20C
Longitudinal
Transversal

%
%

0.175
0.25

0.25
0.15
7. Resistance for Scratching N 2.0 N 2.4
8. Resistance to Staining
Acetone
Coffee
Sodium Hydroxide (25% Solution)
Hydrogen Peroxide (30% Solution)
Shoe polish
Citric Acid (10% Solution)

Grade
Grade
Grade
Grade
Grade
Grade

Not worse than 5
Not worse than 5
Not worse than 5
Not worse than 5
Not worse than 5
Not worse than 5

6
6
6
6
6
6
9. Resistance to Colour change
in Xenon Are Light
in Enclosed Carbon Arc Light

Grade
Grade

Not worse than 6
Not worse than 5

6
5
10. Resistance to Cigarette Burns Grade Not worse than 3 4
11. Resistance to Stream Grade Not worse than 4 5
12. Resistance to Moisture Grade Not worse than 4 5
13. Flexural Modulus mpa 10,000 (min.) 11,300
14. Flexural Strength mpa 100 (min) 115
15. Tensile Strength mpa 70 (min) 90

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