Surfynol® 104 BG 52 by Evonik is a substrate wetting agent for UV curing-, water-borne- and solvent-borne coatings and inks system. It provides defoaming, flow promotion and anti-crater effects. It... view more

SURFYNOL® 104 DPM by Evonik is a multifunctional surfactant providing combined dynamic wetting and molecular defoaming in waterborne coatings and inks. Offers reduced water sensitivity, pigment and... view more

Surfynol® 104 Z is a low VOC, silicone- & HAPs-free, multifunctional gemini surfactant by Evonik. Provides dynamic pigment & substrate wetting and molecular defoaming. Designed for water- &... view more

SURFYNOL® 104A by Evonik is a multifunctional surfactant. It provides combined dynamic wetting and molecular defoaming in waterborne coatings and inks. It also acts as an anti-crater effect. It... view more

Surfynol® 104H by Evonik is a nonionic wetting agent and molecular defoamer containing a hydrophilic portion. It offers surface tension reduction, foam control, viscosity stabilization and reduced... view more

Surfynol® 104PA is a non-ionic wetting and defoaming agent by Evonik. It is a multifunctional surfactant. Offers reduced water sensitivity. Used in water- & solvent-borne and radiation curing car... view more

Surfynol® AD01 by Evonik is a substrate wetting agent for water-borne, radiation-curing and solvent-borne systems. It offers properties like defoaming, anti-crater effect and flow promotion. It... view more

Surfynol® CT-136 by Evonik is a formulated additive recommended to aid grinding and dispersion of pigments in aqueous media. The product is also designed for solvent-borne dispersions of the... 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® 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