Verified by manufacturer 24 hours ago
A self-adhesive, breathable, monolithic membrane with permanent UV resistance and fire-retardant properties.
Used as a breathable waterproof membrane for building facades and structures, providing temporary protection with resistance to UV rays and fire. Suitable for application on various substrates.
Traspir Evo UV Adhesive is a self-adhesive breathable monolithic membrane resistant to UV rays. It consists of a special polymer blend and has an adhesive film that adheres to a wide range of substrates. The monolithic structure provides excellent weather and chemical resistance.
Features and benefits:
Color | Black |
Finish | Other |
Material | Polyurethane Polypropylene Polyester Acrylic |
Shape | Other Guidance for specification option: Roll. |
Length | 50000 mm |
Width | 1450 mm |
Height | 0.7 mm Manufacturer guidanceApproximate thickness. |
Warranty description | Ten year |
Uniclass | |
CAWS | P10/65 Breather membrane P10/320 Breather membrane H92/785 Breather membrane H31/55 Breather membrane H31/280 Breather membrane H30/50 Breather membrane H30/350 Breather membrane H22/130 Breather membrane H22/20 Breather membrane H21/130 Breather membrane H21/20 Breather membrane |
SKU Code | TUVA |
Classification data | |
Standard | To EN 13859-1 and EN 13859-2. |
Class (minimum) | W1. Guidance for specification option: Watertightness to EN 1928, W1. Watertightness after ageing at 120°C to EN 1297/ EN 1928, W1. Ageing conditions are tested in accordance with EN 13859-2 Annex C. extended to 5000 hours (standard 336 hours). |
Performance criteria | |
Water vapour properties | Water vapour transmission (Sd value) to EN 1849-2, 0.19 m. Water vapour resistance factor: 0.9 MNs/g (475 μ). Guidance for specification option: Water vapour transmission: membrane support properties. |
Fire performance | Reaction to fire to BS EN 13501-1, Class B-s1, d0. Guidance for specification option: Membrane support properties. |
Tensile properties | Tensile strength to EN 12311-1, 270 N/ 50 mm (MD); 225 N/ 50 mm (CD). Tensile strength after ageing to EN 1237/ EN 12311-1, 180 N/ 50 mm (MD); 145 N/ 50 mm (CD). Guidance for specification option: Ageing conditions are tested in accordance with EN 13859-2 Annex C. extended to 5000 hours (standard 336 hours). |
Material | Top layer: polypropylene (PP) fabric. Middle layer: monolithic polyurethane (PU) breathable film. Bottom layer: PP fabric. Separation layer: pre-cut removable plastic film. |
Form | Non-woven. |
Weight (minimum) | 300 g/m². |
Thickness (minimum) | 0.4 mm. |
Width | 1450 mm. |
Length | 50 m. |
Density | 415 kg/m³. |
Adhesion | Acrylate dispersion without solvents. |
Elongation | Elongation to EN 12311-1, 50% (MD); 70% (CD). Elongation after ageing to EN 1297/ EN 12311-1, 38% (MD); 31% (CD). Guidance for specification option: Ageing conditions are tested in accordance with EN 13859-2 Annex C. extended to 5000 hours (standard 336 hours). |
Specific heat | 1800 J/(kg/K). |
ThermalConductivity | 0.3 W/(m∙K). |
Temperature resistance | -30°C to +150°C. |
Application temperature | +5 to +25°C. |
UV stabilization | UV resistance without final coating to EN 13859-1/2, 5000 hours (>12 months). UV stability with joints up to 30 mm wide exposing no more than 30% of the surface to 13859-1/2, permanent. Guidance for specification option: UV resistance without final coating: Laboratory ageing test data cannot reproduce unforeseeable causes of the product's degradation, or consider the stresses to which it will be subjected during its service life. To ensure its integrity, as a precautionary measure, exposure to weather during construction should be limited to a maximum of 12 weeks. According to DTU 31.2 P1-2 (France) 5000 hours of ageing equates to a maximum exposure of 6 months during the construction phase. UV stability with joints up to 30 mm wide exposing no more than 30% of the surface: The membrane is not intended as a final waterproof layer for roofs. |
Technical characteristics, other | Resistance to nail tearing to EN 12310-1, 180 N (MD); 220 N (CD). Resistance to penetration of air to EN 12114, <0.02 m³/(m²h50 Pa). |
Material | Polyurethane Polypropylene Polyester Acrylic |