Façade membrane STAMISOL EXTREME Color
FCNGSHT-STAMISOL-RAL3020-26X2,5M-65SM
Art.-no. 0681001194
EAN 4053479276380
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Maximum freedom of design due to a wide colour spectrum and a high proportion of openings
- Stamisol Extreme Color: up to 70 % open joints and clear joint width up to 100 mm.
- Stamisol Extreme Color HI-FR (flame retardant, building material class B-s2,d0): up to 50 % open joints and clear joint width up to 100 mm.
Robust and durable
- Lasting resistance to UV radiation, heat and moisture
- Resistant to driving rain and breathable
- Mechanical resistance and surface stability in strong winds
- Increased fire protection with the Stamisol Extreme Color HI-FR version (800 g/m2, building material class B-s2,d0)
Aesthetic improvement
- Can be harmoniously combined with open façade cladding
- Gives the façade more contrast and depth and offers great potential for creative design
Efficient heat insulation
- Outer insulation enhances comfort and boosts the building's energy balance
- Protects insulation from water and wind
- Prevents condensation hazards
The design must meet the "recognised codes of practice".
Stamisol roof protection films and façade membranes must only be combined with accessory products from the Stamisol system.
Datasheets(X)
- Sealing jointed façades
- Sealing glass façades and transparent façades
- Fitted directly on the heat insulation
Design | Without self-adhesive strips |
Coating weight per m² | 445 g |
Length of roll | 26 m |
Roll width | 2.5 m |
Area | 65 m² |
Number of rolls per pallet | 25 PCS |
Material | Polyester fleece |
Min./max. temperature resistance | -40 to 80 °C |
Thickness | 0.8 mm |
Suitable for makeshift roofing/makeshift coverage | 24 Month |
Ultraviolet resistance | Permanent |
Colour | Red |
Building material class/conditions | E - Normally inflammable / in accordance with DIN EN 13501 |
Air layer thickness equivalent to water-vapour diffusion/conditions | 0.05 m / in accordance with DIN EN 12572 C |
Resistance to penetration of water | W1 |
Resistance to tear propagation (longitudinal) | 280 N |
Resistance to tear propagation (transverse) | 280 N |
Longitudinal tensile force per 50 mm | 380 N |
Transverse tensile force per 50 mm | 380 N |