Soprema Inc. products

Biodegradable cleaner designed to remove persistent accumulations of dust, oil and grease on surfaces to be covered with R NOVA PLUS.

High performance base sheet panel composed of SBS modified bitumen membrane with a non-woven polyester reinforcement, factory-laminated on a asphaltic board (SOPRABOARD). The surface is sanded.

Non-fibrous bitumen coating applied with a brush or a roller. SOPRALASTIC 120 is a bitumen-based non fibrated roof and foundation coating. It can be used as a protective coating on metal and asphalt surfaces. Mainly used to revitalize existing roofs, its special formulation also makes it a good product for dampproofing of foundation walls.

Waterproofing monolithic expansion joint specifically designed to ensure complete waterproofing at expansion joints of buildings and civil engineering works while adapting to simultaneous movements in the three axis (horizontal, vertical and shear).

High performance base sheet panel composed of SBS modified bitumen membrane with a non-woven polyester reinforcement, factory-laminated on a HD polyisocyanurate insulation support panel (SOPRA-ISO PLUS HD). The surface is sanded.

COLPLY is a two-ply roof waterproofing system installed with cold adhesive applied to insulation (or other appropriate surfaces). The total thickness of the COLPLY system is composed of SBS modified bitumen, providing unbeatable protection against leakage.

The COLVENT High Performance roofing waterproofing system is composed of a base sheet membrane installed partially adhered because of its discontinuous self-adhesive strips and a cap sheet membrane that is either heat-welded or glued with adhesive.

Support panel composed of a 180 g/m² non-woven polyester reinforced SBS membrane with thermofusible or sanded surface, laminated on a semi-rigid asphaltic panel (SOPRABOARD).

Support panel composed of a 180 g/m² non-woven polyester reinforced SBS membrane with thermofusible surface, laminated on a 100 psi high density polyisocyanurate insulation panel.

The long-term objectives of designing a sustainable roofing system are to keep the system in place as long as possible, delay material disposal in landfill sites, and reduce or eliminate the use of new materials. Energy economy, sustainability, efficient utilisation of raw materials and the reduction of waste should guide roofing design and specification. More precisely, designing for sustainability should include materials and details which extend the useful lifetime of a roof and which are matched with a sustainable recovery plan. In the future, manufacturers, designers and contractors must work together in partnership to help protect the environment by making sustainable development a priority.