Surfynol® PC by Evonik is a non-silicone defoamer based on Gemini surfactant technology. It prevents foam in adhesive systems based on the tackified polyvinyl alcohol (PVOH) materials. It offers... view more

Surfynol® PSA-336 by Evonik is a surfactant and dynamic wetting agent. It is used in water-based pressure sensitive and laminating adhesives. Surfynol® PSA-336 offers good reduction of equilibrium... view more

Surfynol® SE by Evonik is a non-ionic surfactant. It can act as a highly effective wetting agent, defoamer and viscosity stabilizer. It is used in water-based adhesives. It offers synergistic... view more

Surfynol® SE-F by Evonik is a self-emulsifiable surfactant based on acetylenic diol chemistry. It is used in pressure sensitive adhesives. It possesses wetting properties, consistent adhesive... view more

Surfynol® TG by Evonik is a low-foaming, non-ionic surfactant and wetting agent for pigment and substrate wetting in aqueous systems. It offers reduced water sensitivity and excellent reduction of... view more

Surfynol® TG-E by Evonik is a surfactant. It provides low foam wetting of powders and liquid concentrates, as well as a wetting aid for rapid dispersion of concentrates in water. Surfynol® TG-E is... view more

Synthetic Resin 1201 by Evonik is a hydrogenated acetophenone formaldehyde condensation resin modified with urethane. Synthetic Resin 1201 is used in isocyanate-based reactive adhesives... view more

TEGO® Antifoam 3045 by Evonik is an organic oil defoamer. It is a low viscosity, easy-to-handle liquid that contains no added mineral oils, hazardous air pollutants (HAPs), or alkyl phenol... view more

TEGO® Antifoam D 2345 by Evonik is a defoamer and deaerator used in adhesives. It is suitable for solvent-based systems and is based on silicone-free polymer solution. It does not influence the... view more

TEGO® Antifoam D 3020 by Evonik is an organic molecular defoamer based on Gemini surfactant technology. It provides a combination of foam control and dynamic wetting. It is effective at reducing... 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

TEGO® Surten W 133 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 5840 by Evonik is a polyether siloxane. It is solvent free, non-ionic surfactant. It shows excellent surface wetting in adhesive applications, where the coating of difficult... view more

Tego® Surten W 5878 by Evonik is a non-ionic polyether siloxane. It is compatible with cationic, anionic, non-ionic and amphoteric surfactants. It shows excellent surface wetting in adhesive... view more

TEGOPREN® 5840 by Evonik is a non-ionic solvent-free, easy to handle polyether siloxane. It reduces the surface tension of water-based systems. It enhances the spreading on non-polar surfaces such... view more

TEGOPREN® 5847 by Evonik is a polyether siloxane. It is a non-ionic solvent-free, easy to handle liquid with 100% active content. It is suitable for adhesives used in the paper, wood and furniture... view more

TEGOPREN® 5890 by Evonik is an organo-modified siloxane. It is a solvent-free, easy to handle liquid, acts as an anti-foaming and wetting agent. It is highly efficient in fighting dry foam and shows... view more

VESTAMIN® A 139 by Evonik is a liquid, blocked crosslinker for polyisocyanate resins based on a cycloaliphatic diamine. The product exhibits a very low reactivity towards isocyanate groups... view more