Torch-on

SOPRALENE® BASE is a flexible SBS elastomeric bitumen waterproofing membrane with a non-woven polyester reinforcement. The topside is covered with by fine sand and the underside by a thermofusible film.

SOPRALENE® FLAM UNILAY AR is a flexible SBS elastomeric bitumen waterproofing membrane with a composite glass/polyester reinforcement. The topside is protected by slate chippings and the underside by a thermofusible film.

SOPRALENE® FLAM 180-40 AR is a flexible SBS elastomeric bitumen waterproofing membrane with a non-woven polyester reinforcement.

SOPRALENE FLAM® 180 ALU is a flexible SBS elastomeric bitumen waterproofing membrane with a non-woven polyester reinforcement. The topside is protected by an embossed aluminium foil and the underside by a thermofusible film.

SOPRALENE® FLAM 180 AR Fe are flexible SBS elastomeric bitumen waterproofing membranes with a non-woven polyester reinforcement. The topside is protected by slate chippings and the underside by a thermofusible film.

SOPRALENE® FLAM 250 AR is a flexible SBS elastomeric bitumen waterproofing membrane with a non-woven polyester reinforcement. The topside is protected by slate chippings and the underside by a thermofusible film.

SOPRALENE FLAM 40 AR is a flexible SBS elastomeric bitumen waterproofing membrane with a nonwoven polyester reinforcement. The topside is protected by slate chippings and the underside is covered by a thermofusible film.

SOPRALENE® FLAM S 180-35 is a flexible SBS elastomeric bitumen waterproofing membrane with a non-woven polyester reinforcement. The topside is covered by a thermofusible film and the underside is covered with fine sand.

SOPRALENE® FLAM UNILAY is a flexible SBS elastomeric bitumen waterproofing membrane with a non-woven polyester reinforcement. Both sides are covered by a thermofusible film.

SOPRALENE® FLAM UNILAY AR Fe is a flexible sealing cap made of a non-woven polyester reinforcement and elastomeric bitumen. The top side is self-protected by slate chippings, while the underside is protected by a thermofusible film.