Verified by manufacturer 3 months ago
A torch applied APP modified bituminised base layer.
EshaGum 460P14 3 mm is a torch applied APP modified bituminised base layer that can be applied as a first layer on upstands on almost every roof.
Features and benefits:
For all applicable roofing systems contact Radmat Building Products and see
For a comprehensive NBS J41 specification contact Radmat Building Products.
Color | Black |
Finish | Unfinished |
Material | Bitumen |
Shape | Other |
Length | 10000 mm |
Width | 1000 mm |
Height | 3 mm |
Warranty description | 20 year |
Uniclass | |
CAWS | J41/10 Reinforced bitumen membrane warm deck roof covering J41/110 Built-up reinforced bitumen membrane warm deck roof covering J41/115 Single-layer reinforced bitumen membrane warm deck roof covering J41/12 Reinforced bitumen membrane cold deck roof covering J41/120 Built-up reinforced bitumen membrane inverted roof covering J41/125 Single-layer reinforced bitumen membrane inverted roof covering J41/130 Built-up reinforced bitumen membrane cold deck roof covering J41/135 Single-layer reinforced bitumen membrane cold deck roof covering |
Standard | To BS EN 13707. |
Material | |
Bitumen modification | Polymeric.Guidance for specification option: APP modified. |
Thickness (minimum) | 3 mm. |
Weight (minimum) | 3.5 kg/m². |
Surface finish | |
Top | Sanded.Guidance for specification option:
|
Colour | Black. |
Product Reference | EshaGum 460P14 3 mm |
Fire performance | F roof. Manufacturer guidanceExternal. |
Reaction to fire | Class F. |
Watertightness | Pass, 10 kPa. |
Tensile strength - longitudinal | 350 ± 20% N/50 mm. |
Tensile strength - transverse | To EN13707, 300 ± 20% N/50 mm. |
Resistance to tearing | 200 ± 100 N. |
Flexibility at low temperature | ≤ -5°C. |
Elongation at break - longitudinal | 25 ± 15% abs. |
Elongation at break (Traverse) | 40 ± 15% abs. |
Contains Red List materials | Yes |
Country of material origin | Europe |
Country of product manufacture | Europe |
Recyclability | 0 |
Recycled contentAs defined in clause 7.8 of BS EN ISO 14021 | 0 % |