Products

SILIKAL® R 82 resin is a reactive, solvent-free, low-viscosity, virtually non-yellowing 2-component methacrylic resin offering good resistance to water interaction. It serves primarily as a slightly elasticized and colorless top coat on sprinkled coatings in wet areas. The low viscosity enhances the penetrative capacity of the resin in sand-coated surfaces. Hot water stress is limited to +60 °C. The temperature stress may be increased to +80 °C for short periods, e. g. to allow cleaning, provided that the coating is not thoroughly warmed through to the substrate.

SILIKAL® RU 727 resin is a low-viscosity, transparent, solvent-free 3-component methacrylic resin with enhanced substrate adhesion.

SILIKAL® RH 65 resin s a solvent free, fast curing MMA resin of very low viscosity. It is used for indoor screeds of 5-20 mm on concrete to equalize an uneven concrete surface. Screeds must be overlaid with a Silikal® coating system according to System A – E. The fast curing time of 1 hour, flexibility and filler rich formulation of 1 : 8 makes the mortar economical and can be applied at temperatures between 0°C and 35°C (refer to table of hardener). Hot water loadings must be limited to 60 °C. Excess temperature up to 80 °C will be accepted for a short moment as long as the temperature of the complete layer does not adopt the higher degree.

SILIKAL® R 71 resin (SILIKAL® R 71 re resin) is a reactive, solvent-free, low-viscosity and almost non-yellowing 2-component me thacrylic resin offering high hardness and good resistance to chemicals. The extremely low viscosity enhances the penetrative capacity of the resin in sand-sprinkled surfaces. Its high hardness guarantees outstanding resistance to chemicals.

SILIKAL® R 81 resin is a reactive, solvent-free, low-viscosity, virtually non-yellowing 2-component methacrylic resin offering good resistance to water interaction. It serves primarily as a slightly elasticized and colorless top coat on sprinkled coatings in wet areas. The low viscosity enhances the penetrative capacity of the resin in sand-coated surfaces. Hot water stress is limited to +60 °C. The temperature stress may be increased to +80 °C for short periods, e. g. to allow cleaning, provided that the coating is not thoroughly warmed through to the substrate.