SURFYNOL® DF-75 by Evonik is a mineral oil-free, non-silicone defoamer. It provides knockdown and sustained defoaming in a wide variety of water-based formulations. It is designed for pigment... view more

Surfynol® GA by Evonik is a blend of non-ionic surfactants designed as a grinding aid for organic pigments of mid-HLB range. It provides low foam pigment and substrate wetting. It rapidly wets out... view more

It is a 100% active, solvent-free, nonsilicone, liquid defoamer based on Gemini surfactant technology. Provides a combination of foam control and dynamic wetting, with the potential to reduce... view more

Surfynol® OP-340 by Evonik is a surfactant, wetting agent as well as defoamer. It is designed to be compatible and to perform well with the various acrylic resins commercially utilized in aqueous... view more

SURFYNOL® PC by Evonik is a silicone-free molecular defoamer. It is suitable for foam control and pigment shock reduction in paper coatings. It offers long-lasting defoamer activity and a balance of... view more

Surfynol® TG by Evonik is a low-foaming, non-ionic wetting agent and grind aid for pigment and substrate wetting in aqueous systems. It is used in waterborne coatings. It offers a good reduction of... view more

Surfynol® 104PG-50 by Evonik is a nonionic molecule containing a hydrophilic portion. Used in industrial maintenance, wood coatings, DIY wood finishes, paper coatings, printing inks, overprint varnishes... view more

Surfynol® 104S by Evonik is nonionic molecule containing a hydrophilic portion. Used in industrial maintenance, wood coatings, DIY wood finishes, paper coatings, printing inks, overprint varnishes... view more

Surfynol® 107L by Evonik is a low-viscosity surfactant. It acts as a substratre wetting, defoamer and coalescing aid. It knock-down foaming and defect-free foam control. It reduces minimum... view more

Surfynol® 420 by Evonik is a nonionic surfactant. Used in waterborne industrial coatings, internal can coatings, paper coatings and printing inks. Enhances flow and leveling. Provides coverage over... view more

Surfynol® 485 by Evonik is nonionic surfactant. Used in waterborne industrial coatings, internal can coatings, paper coatings and printing inks. Enhances flow and leveling. Provides coverage over... view more

Surfynol® 504 by Evonik is surfactant. Used in plastic, metal and wood coatings. Promotes very good wetting. Offers foam control in waterborne formulations... view more

Surfynol® 61 by Evonik is a volatile substrate wetting agent. It provides good substrate wetting properties on PE and PP. It evaporates from surfaces without leaving residues. It offers defoaming... view more

Surfynol® 82 by Evonik is a dimethyl octyne diol-based non-foaming wetting agent. It possesses reduction of static surface tension and dynamic surface tension. It provides substrate wetting... view more

Surfynol® CT-141 by Evonik is a low molecular weight dispersant designed to aid in aqueous pigment dispersion or to control viscosity in a finished system. Anionic for highly efficient charged... view more

Surfynol® CT-171 by Evoniks is a solvent-free anionic/nonionic grind aid. It is a dispersing and wetting agent in coatings and inks. It offers long-term dispersion and finished ink viscosity... view more

Surfynol® CT-324 by Evonik is an anionic/nonionic pigment dispersant and wetting agent. It provides excellent milling, stabilization and viscosity benefits in a wide range of inorganic and carbon... view more

Surfynol® DF-178 Defoamer by Evonik is a liquid, 100% active, silicone-based product developed specifically for applications in water-borne coatings and graphic arts that demand both powerful... view more

Surfynol® DF-210 by Evonik is a silicone-free, organic defoamer. It provides efficient antifoam performance. It is used in water-based industrial maintenance-, wood coatings. Surfynol® DF-210 is... view more

Surfynol® DF-220 by Evonik is a defoamer. It is a 100% active organic defoamer that does not contain silicone, silica or APE, provides not only high initial efficacy at high sheer conditions, but also... view more