Products

Cactus Industrial PMMA-Based Top Coat / Sealer Coat is a solvent-free, 2-component, fast curing and highly flexible methacrylate top coat sealer coating. A heavy duty, flexible top coat sealer. It’s suited to sealing the PMMA range of systems, providing steel deck protection, to sealing concrete floors and to encapsulate anti-skid / non-slip systems. The Top Coat can be used for creating patterns such as tile effects or lettering. Different finishings chips, sand, etc can be applied to achieve the desired slip-resistant properties and optional decorative chips are available.

Cactus Industrial PMMA-Based Waterproofing Coating is a solvent-free, rapid-curing and highly flexible liquid-applied membrane system. It delivers durable emergency surface repair and long life cycle waterproofing and corrosion protection. The waterproofing system is applied together with a tough fleece reinforcement to increase membrane strength. It is a solvent-free, 2-component, fast curing and highly flexible methacrylate waterproofing resin system.

Cactus Industrial PMMA-Based Self Leveling Mortar is a solvent-free, fast-reactive, flexibilised and filled self-smoothing mortar. It’s a 3-component methacrylate compound that delivers outstanding impact resistance, while its high elasticity ensures lasting crack-bridging. This is a versatile technology that can be used a hard wearing layer for waterproofing, thick-film layer and equalizing layer. It is a solvent-free, 3-component, fast-reactive, flexibilised and filled PMMA-based self-leveling mortar.

Cactus Industrial PMMA-Based Anti Slip Paint is a solvent-free, 3-component heavy-duty anti-skid flooring system that’s designed for areas subject to extreme abrasion and wear. This specialist, durable flooring coating delivers excellent grip properties for indoor and outdoor use where a sure foothold is required. It’s suitable for all conditions, including wet environments. The system offers fine, medium and coarse aggregate for a suitable textured finish on steel, concrete and other substrates.