| Country |
Test
Method |
Classification |
|
|
|
| France |
NFP 92-507 |
M1 |
| Germany |
lDIN 4102
|
B1 |
| UK |
BS 476
Part 7 |
Class 1Y |
| Australia |
AS 1530.3
1989 |
|
| Description |
Mean |
Std
Error |
|
|
|
| Ignition |
N/A min |
N/A |
| Flame propagation
|
N/A s
|
N/A |
| Heat release
integral |
N/AkJ/m2 |
N/A |
| Smoke release,
log D |
-2.214 |
0.114 |
| Optical
density D |
0.0071
/m |
|
| Regulatory
indicees |
Units |
Range |
|
|
|
| Ignitability |
0 |
0-20 |
| Spread
of flame |
0 |
0-20 |
| Heat evolved |
0 |
0-20 |
| Smoke developed |
0 |
0-20 |
Venting
An important feature of Marlon CS Longlife is that its softening
point is below 200°C. When a fire in a building is underneath
a Marlon CS Longlife sheet it will soften and open, allowing smoke,
heat and gases produced by the fire to escape. This ‘venting’
property means that damage within buildings can be limited.
|
