Use of high-quality materials in the production of membranes, a reliable fiberglass base treated with European chemical components, allows us to achieve high results in the field of strength and durability.
Protection of insulation in facade and roofing systems from wind, moisture, precipitation and their destructive effect.
easy to mount, does not deform during installation
high tensile strength
UV resistant, has a long service life
A non-flammable membrane designed for the construction of a wind-waterproof heat-insulating layer as part of hinged ventilated facades and pitched roofs, exposed to high wind loads. High-strength fabric withstands increased tensile loads, as well as static and dynamic pressure with minimal elongation and without the risk of breaking.
|Tensile strength at break, N/5, longitudinal/transverse||1590/1590|
|Elongation at break,%, not less, longitudinal / transverse||2,0/1,7|
|Vapor permeation resistance, m2·h·Pa/mg||0,09|
|Water resistance at a pressure of 0.001 MPa for 200 hours.||Waterproof|
|Peel strength of layers, test by nail||6,2/6,8|
|Flexibility on a bar with a radius of 5 ± 0.2mm at a temperature of -60ºС||Withstands|
|Durability when used without cladding/with cladding||10 years / 50 years|
|Air permeability resistance, m2·h·Pa/kg||1000|
|Dimensions: width m, area m2.||1,27/75|
Negative consequences of using a poor-quality membrane
Residential complex, Moscow
Low strength characteristics of the membrane led to its destruction due to wind loads even before the end of the facing work.
Residential complex, Voronezh
Poor quality facade membrane was destroyed by rain and wind, causing rework and additional costs.
Residential building, Moscow
Deformation during installation, ruptures and loose joints of the membrane lead to moistening of mineral wool and the subsequent destruction of its binders, reducing the thermal insulation properties of structures.