Bitumen membranes against water vapour transmission and ingress of radon gas

Bitumen membrane against water vapour and moisture transmission and the ingress of radon gas. The RADON VAP AL P4 bitumen waterproofing membrane is used as a vapour barrier in thermally insulated flat roof systems and for waterproofing of substructures, providing complete protection against the transmission of moisture and water as well as the ingress of radioactive … Continued

Bitumen membrane as a vapour barrier The BITALBIT AL V4 bitumen waterproofing membrane is designed to provide a vapour barrier in flat roof systems. It can also be used for horizontal waterproofing against soil moisture and as a protection against the ingress of radon gas. The membrane is protected by a fusible polymer film on both … Continued

Bitumen membrane as a vapour barrier The BITALBIT ALV plus bitumen waterproofing membrane is made of elastomeric bitumen. It is protected by a fusible polymer film on both sides. Installation using the welding method. The width of the overlaps should be 10 cm. It is designed to provide a vapour barrier in flat roof systems. … Continued

Self-adhesive bitumen membrane for vapour barriers The waterproofing bituminous membrane IZOSELF AL PLUS is used as vapour barrier in flat roofs systems, in particular on a supporting trapezoidal metal sheet. It can also be used for waterproofing of basements, especially as protection against radon. The membrane is installed in such a way that during unrolling … Continued

Self-adhesive bitumen membrane for vapour barriers The BITALBIT AL V3 bitumen waterproofing membrane is made of elastomeric bitumen. It is protected by a fusible polymer film on both sides. Installation using the welding method. The width of the overlaps should be 10 cm. It is designed to provide a vapour barrier in flat roof systems. It … Continued

The IZOELAST REFLEX AL P4 bitumen waterproofing membrane is made of elastomeric bitumen. It is protected by a fusible polymer film on the bottom and by a layer of schist aggregate on top. It is installed by welding with a 10 cm overlap. It is designed to be used as a vapour barrier in flat … Continued