Dynasylan® 1175 by Evonik is an N-Vinylbenzyl-N´-aminoethyl-3-aminopropylpolysiloxane (hydrochloride) grade. Acts as an adhesion promoter. Consists of silane concentration as 40% of active ingredient... view more

Dynasylan® 2201 EQ by Evonik is a 3-ureidopropyltriethoxysilane (50% solution in methanol) grade. Acts as an adhesion promoter. It is a bifunctional organosilane possessing a reactive organic ureido... view more

Dynol™ 810 by Evonik is a 100% active, non-silicone, non-fluorine, low foam superwetter/ surfactant. It does not contain any added APEs, HAPs or VOCs. Provides a superior balance of properties... view more

Dynol™ 960 by Evonik acts as a superwetting surfactant. Provides good flow and leveling in water-borne coatings and inks. It contains no added hazardous air pollutants (HAPs), APEs) and VOCs. Shows... view more

POLYVEST® 110 by Evonik is a non-functionalized, hydrophobic, liquid polybutadiene grade. It is a stereospecific, low viscosity, unsaponifiable product with a high content of 1, 4-cis double bonds... view more

Polybutadiene. It is a stereospecific, low viscous and unsaponifiable liquid with a high content of 1,4-cis double bonds. Exhibits high chemical-, water- and cold-resistance. Provides high... view more

POLYVEST® eCO 110 Bio by Evonik is a stereospecific, low viscous and unsaponifiable polybutadiene with high content of 1,4-cis double bonds. It has been shown to reduce the use of fossil raw... view more

POLYVEST® eCO 130 Bio by Evonik is a stereospecific, low viscous and unsaponifiable polybutadiene with high content of 1,4-cis double bonds. It has been shown to reduce the use of fossil raw... view more

Rewopol® SB DO 75 PG is an anionic substrate wetting and dispersing agent by Evonik. Designed for water-borne formulations in flexo and gravure inks, printing inks and overprint varnishes. Improves... view more

Nonionic molecule containing a hydrophilic portion. Used in industrial maintenance, wood coatings, DIY wood finishes, paper coatings, printing inks and overprint varnishes. Provides foam control and... 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® 355 Surfactant by Evonik is a low odor wetting agent. It does not contain added mineral oils, hazardous air pollutants (HAPs) or alkyl phenol ethoxylates (APEs). It is designed to provide... view more

Surfynol® AS 5120 by Evonik is a wetting agent and defoamer. It offers dynamic wetting without generating excess foam over the most difficult surfaces including silicone release liners. It does not... view more

SURFYNOL® DF-110D by Evonik is a very compatible molecular defoamer/deaerator based on gemini surfactant technology. It is silicone and silica free. It provides additional dynamic wetting... view more

Surfynol® DF-110L by Evonik is a non-ionic, water-free, and silicone-free defoamer utilized in areas where foam prevention or foam elimination is necessary without causing film problems. Exhibits... view more

Surfynol® DF-62 is an ether-modified, defoamer/ aerator by Evonik. Designed to provide a balance of excellent knockdown and sustained anti-foaming over time in a variety of water-borne formulations... view more

Surfynol® DF-70 by Evonik is an organic-based defoamer designed specifically for water-based formulations. It is used in coatings, flexographic flexible packaging and gravure publication ink... view more

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

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