
BC 601
BC 601 Foam System is a two-component flexible polyurethane foam system composed of BC 601 Polyol and BC 768 Isocyanate.

BC 601 Foam System is a two-component flexible polyurethane foam system composed of BC 601 Polyol and BC 768 Isocyanate.

BC 6534 Isocyanate is a high-reactivity component formulated for hybrid-polyurea systems, ensuring rapid curing and strong film build with excellent adhesion, durability and chemical resistance for demanding waterproofing and protective-coating applications.

BC 700 Polyol, together with BC 768 Isocyanate, forms a two-component polyurethane spray-foam system producing rigid foam with a density of 42–45 kg/m³ and excellent adhesion to most conventional substrates.

BC 702 Spray 40 FR Polyol is a two-component spray-foam system (40 kg/m³ density) for cavity filling. Reacting with BC 768 Isocyanate, it produces rigid foam with good mechanical strength, dimensional stability and substrate adhesion; compatible with high- and low-pressure machines and containing 141B blowing agent.

BC 702 Spray 45 Polyol is a two-component spray-foam system (45 kg/m³ density) for cavity filling. Reacting with BC 768 Isocyanate, it produces rigid foam with good mechanical strength, dimensional stability and substrate adhesion; compatible with high- and low-pressure machines and containing 141B blowing agent.

BC 703 SWP Polyol is a two-component, 141B-based sandwich-panel system (42–45 kg/m³ density). Reacting with BC 768 Isocyanate (470 kg kit: 220 kg polyol + 250 kg isocyanate), it forms a highly cross-linked, rigid, dimensionally stable foam with good metal adhesion, classified B2 per DIN 4102.

BC 706 Continuous Line Polyol is a three-component, cyclopentane-based continuous-line sandwich-panel system (42–46 kg/m³ density). Reacting with BC 768 Isocyanate (100+10/160 ratio; 470 kg kit), it forms a highly cross-linked, rigid, dimensionally stable foam with excellent adhesion, classified B2 per DIN 4102.

BC 708 Polyol and BC 768 Isocyanate form a two-component, 141B-blown polyurethane foam system for insulated water heaters and ice boxes, producing foam with excellent adhesion and superior thermal insulation.

BC 709 is a two-component, high-density polyurethane system designed for the production of wood-like parts and other rigid components. The resulting foam adheres well to the substrate and offers higher strength than conventional systems.

BC 710 is a two-component, 141B-based polyisocyanurate (PIR) system designed to produce sandwich panels by the discontinuous method. The resulting foam adheres well to the substrate and offers higher strength than conventional systems.

BC 711 Polyol and BC 768 Isocyanate make a two-component, 141B-based polyurethane system for the discontinuous production of rigid PU foam, delivering strong, rigid foam suitable for refrigerators, cavity filling and wood-replacement applications.

BC 713 Foam System is a two-component flexible polyurethane foam system composed of BC 713 Polyol and BC 768 Isocyanate.

BC 714 is a two-component, 141B-based polyurethane system developed to produce rigid polyurethane foam, by the discontinuous method, when reacted with BC 768. The foam is suitable for making sandwich panels and water heaters.

BC 715 Spray Polyol and BC 768 Isocyanate form a two-component, 141B-based spray polyurethane foam system reaching a density of 48–50 kg/m³, producing foam with excellent adhesion and reliable dimensional stability for insulation and protective applications.

BC 717 SWP Polyol is a two-component, 141B-based polyurethane system for sandwich panels (42–46 kg/m³ density). Reacting with BC 768 Isocyanate (100/120 ratio), it forms a highly cross-linked, rigid, dimensionally stable foam with good metal adhesion, classified B2 per DIN 4102.

BC 718 Spray Polyol is designed for sprayed foams for cavity filling at an applied density of 45 kg/m³. The reaction of BC 718 Polyol with BC 768 Isocyanate gives foam with good mechanical properties, dimensional stability and adhesion to common substrates.

BC 721 Continuous Line Polyol is a two-component, HCFC-141B-based continuous-line sandwich-panel system (42–46 kg/m³ density). Reacting with BC 768 Isocyanate (100/130 ratio; 470 kg kit), it forms a highly cross-linked, rigid, dimensionally stable foam with excellent adhesion, classified B2 per DIN 4102.

BC 801P is a single-component, moisture-curing polyurethane foam for thermal insulation, soundproofing and gap filling. Supplied in a 500 ml cartridge, it is ready to use, self-expanding and cures to a semi-rigid, closed-cell foam.

BC 805P is a single-component, moisture-curing polyurethane foam supplied in pre-pressurised aerosol cans. On dispensing, it reacts with atmospheric moisture to expand and cure into a semi-rigid, closed-cell structure.

BC 808P is a single-component, B2 fire-rated, moisture-curing polyurethane foam supplied in pre-pressurised aerosol cans. On dispensing, it reacts with atmospheric moisture to expand and cure into a semi-rigid, closed-cell structure.

BC Foam Concrete is an engineered fill material with uniformly distributed air voids for geotechnical construction and mining, combining cement slurry with stable foam to create a lightweight, rigid concrete. Supplied in 200 kg drums.

BC PIR Board (yellow, 2400×1200×20 mm) is a rigid, high-performance polyisocyanurate (PIR) insulation board with excellent thermal resistance, suitable for walls, roofs and floors to deliver energy-efficient insulation.

BC XPS Board (32–35 kg/m³, 10 cm × 60 cm × 125 cm) is an extruded polystyrene insulation board with high compressive strength and low water absorption, providing durable, long-lasting thermal insulation for foundations, roofs, walls and below-grade applications.

BC XPS Board (32–35 kg/m³, 5 cm × 60 cm × 125 cm) is an extruded polystyrene insulation board with high compressive strength and low water absorption, providing durable, long-lasting thermal insulation for foundations, roofs, walls and below-grade applications.

BC XPS Board (32–35 kg/m³, 7 cm × 60 cm × 125 cm) is an extruded polystyrene insulation board with high compressive strength and low water absorption, providing durable, long-lasting thermal insulation for foundations, roofs, walls and below-grade applications.