Dynasylan® VPS 7163 by Evonik is a colorless planar isocyanurato functional silane based strong crosslinking agent. It can be used as an adhesion promoter on different types of substrates including metals... view more

TEGOPAC® RD 1 by Evonik is a silane-modified polymer used to decrease viscosity of adhesives & sealant formulations. It acts as a cross-linker which releases ethanol during the curing process. It... view more

DYNACOLL® 7220 by Evonik is saturated polyester. It increases flexibility, open time, adhesion to non-polar substrates and lowers melt viscosity. It is used in hot melt adhesives and sealants... view more

TEGO® Surten W 111 by Evonik is a solvent- and silicone- free, non-ionic organic surfactant. It is used as a foam inhibiting wetting agent for water based systems. It is suitable for pressure... view more

Tego® Surten W 125 by Evonik is a polyether siloxane copolymer. It is used as wetting agent for applications of pressure sensitive adhesives under high dynamics. Use level of Tego® Surten W 125 is... view more

TEGO® Surten W 130 by Evonik is a low foaming, solvent- and silicone- free, non-ionic organic surfactant. It is used as wetting agent for water based systems. TEGO® Surten W 130 is suitable for... view more

VESTANAT® B 1358 A by Evonik is a bloced cycoaliphatic polyisocianate. It is used as a crosslinker in 1 pack heat curing polyurethane systems. VESTANAT® B 1358 A provides high reactivity and light... view more

VESTANAT® B 1370 by Evonik is a bloced cycoaliphatic polyisocianate. It is used as a crosslinker in 1 pack heat curing polyurethane systems. It provides high reactivity and light stability... view more

VESTANAT® IPDI by Evonik is a cycloaliphatic crosslinking agent used in water-borne or hot-melt adhesives. VESTANAT® IPDI offers good mechanical properties and chemical resistance... view more

VESTANAT® IPDI eCO by Evonik is a crosslinking agent which contains 75% renewable carbon per mass balance, that offers a significant reduction in global warming potential (GWP) and CO2 footprint compared... view more