Uni-Coat 4000 Si CON/Top
Description: Uni-Coat 4000 Si CON/Top is a single component, moisture curing, silane modified coating that is tolerant of residual moisture in concrete floors and walls. Uni-Coat 4000 Si CON/Top is a 100% solid, UV-Resistant finish for in- and outdoor applications. Excellent Stain-Protection Easy to Repair (scratch Refurbishment) Free of hazardous ingredients and solvents High Heat […]
Uni-Coat 4000 Si CON/Prime
Description: Uni-Coat 4000 Si CON/Prime is a single component, moisture curing, silane modified primer that is tolerant of residual moisture in concrete floors and walls. This enables earlier access onto new concrete substrates for the application of Unica Special Coatings flooring systems. Uni-Coat 4000 Si CON/Prime is low in viscosity to promote penetration of the […]
Uni-Coat 4000 Si Alutop HR
Description: Uni-Coat 4000 Si Alutop HR is a one-component, modified silicone, heat resistant, aluminium filled, topcoat. Uni-Coat 4000 Si Alutop HR typically dry tack-free at room temperature and has very good weather and corrosion resistance. However, optimum mechanical resistance generally requires a minimum exposure to temperatures at or above 200°C for at least 60 minutes. […]
Uni-Coat 4000 Si Aluprime HR
Description: Uni-Coat 4000 Si Aluprime HR is a one-component, modified silicone, heat resistant, aluminium filled, Intermediate/topcoat with enhanced coating strength and edge protection due to the micaceous iron oxide (MIO) addition formulated for use in multi-coat systems for the protection of objects which are subjected to very high thermal stress. Uni-Coat 4000 Si Aluprime Heat […]
Uni-Coat 4000 Si Micazinc HR
Description: Uni-Coat 4000 Si Micazinc HR is a one-component, modified silicone, heat resistant, anti-corrosion coating formulated for use in multi-coat systems for the protection of objects which are subjected to very high thermal stress. Uni-Coat 4000 Si Micazinc Heat resistant usually adheres well to smooth substrate that has not been sandblasted. Uni-Coat 4000 Si Micazinc […]
Uni-Coat 4000 Si Top
Description: Uni-Coat 4000 Si Top is a single component, moisture curing, isocyanate-free, zinc primer. The coating is used as an topcoat in demanding environments and is free of volatile organic compounds. The addition of Glass plates (micronized borosilicate flakes) greatly improves the protection on edges and internal corners, also improves the abrasion and chemical resistance. […]
Uni-Coat 4000 Si Inter
Description: Uni-Coat 4000 Si Inter is a single component, moisture curing, isocyanate-free, zinc primer. The coating is used as an intermediate coating in demanding environments and is free of volatile organic compounds. The addition of Glass plates (micronized borosilicate glass) greatly improves the protection on edges and internal corners and the abrasion resistance. Uni-Coat 4000 […]
Uni-Coat 4000 Si M/Zinc
Description: Uni-Coat 4000 Si M/Zinc is a single component, moisture curing, isocyanate-free, zinc primer. The coating is used as a anti-corrosion primer in demanding environments and is free of volatile organic compounds. The addition of MIO (micronized iron oxide) greatly improves the protection on edges and internal corners. Uni-Coat 4000 Si M/Zinc can be used […]
Uni-Speedcure
Description: Uni-Speedcure is a liquid, blocked crosslinker designed for use in Uni-Moisture Cure Urethanes (MCU) to enhance drying times. The crosslinking with Uni-Moisture Cure Urethanes occurs under the influence of moisture by releasing the original diamine, which is spontaneously reacting with the isocyanate groups under formation of urea structures. Use up to 50 ml of […]
Uni-Coat 3000 MC Glass Finish
Description: Uni-Coat 3000 MC Glass Finish is a single component, moisture curing, glossy aliphatic urethane finish, enriched with micronized ECR glass flakes for a significant reduction of moisture vapour transmission, improved mechanical properties giving isotropic reinforcement across the plane of the platelet and enhanced tribological properties. Can be applied in below freezing temperatures (no ice […]