FoamStar® A 38 by BASF is 100% active defoamer based on organo-modified polysiloxane and hyper-branched star polymer. It is effective in high gloss paints and coatings based on acrylic, styrene... view more

FoamStar® A 45 by BASF is a mineral oil-free defoamer. It offers very fast bubble-break and efficiency against micro foam. It possesses good wetting properties. It gives efficiency in difficult to... view more

Silicone-based emulsion. Acts as a defoamer. Prevents the entrapment of air during processing steps such as grinding, stirring, pumping, etc. Used in water-based industrial coatings... view more

FoamStar® I 305 by BASF is a very fast bubble-break versus conventional defoamer. It offers good persistence and is used in industrial coatings... view more

FoamStar® SI 2210 NC (Old name: Dehydran® 1620) by BASF is a mixture of specially modified alcohols and a polysiloxane adduct. Non-ionic character. Acts as a defoamer for non-pigmented and... view more

FoamStar® SI 2213 (Old name: Dehydran® 1513) by BASF is a defoamer based on polymeric dispersion. It shows excellent compatibility based on finely dispersed acrylics. It has little to no effect on... view more

FoamStar® SI 2220 (Old name: Dehydran® 2620) by BASF is a mixture of polymers and polysiloxanes. Acts as a defoamer for water-borne coatings. Exhibits rapid bubble break and good persistence... view more

FoamStar® SI 2227 (Old Name: Dehydran® 1227) by BASF is a highly active defoamer for water-based systems and pigment concentrates. It is suitable for solvent-free and binder-free pigment pastes, clear... view more

FoamStar® SI 2280 by BASF is modified polydimethyl siloxane-based defoamer. Possesses high-shear stability and ease of incorporation under low-shear conditions without causing negative side effects... view more

FoamStar® SI 2292 NC (Old name: Dehydran® 1293) by BASF is a solution of a special modified polydimethyl siloxane. Used as a defoamer and deaerating agent for use in purely aqueous coatings and... view more

FoamStar® ST 2400 (Old name: FoamStar® I 300) by BASF is a defoamer. Offers very fast bubble-break versus conventional defoamers. Provides good persistence, non-settling and non-separating... view more

FoamStar® ST 2410 (Old name: FoamStar® A10) by BASF is a defoaming molecule compounded in an enhanced mineral-oil system. It is extremely effective in low VOC coatings. It is used in acrylic and vinyl... view more

FoamStar® ST 2412 (Old name: FoamStar® A12) by BASF is a non-settling and non-separating defoaming agent on a molecular level. It is extremely effective in acrylic and vinyl acrylic paint and... view more

FoamStar® ST 2422 by BASF is a low VOC hyper branched polymer in emission-free hydrocarbon matrix. It acts as a mineral oil defoamer. It offers very fast bubble break times and very high persistency... view more

FoamStar® ST 2434 (Old name: FoamStar® A34) by BASF is a mineral oil-free defoamer. Used in high gloss paints and coatings based on acrylic, styrene acrylic and vinyl acrylic latex. Offers very fast... view more

FoamStar® ST 2436 (Old name: FoamStar® A36) by BASF is a defoamer. Offers very fast bubble-break, easy incorporation and efficiency against microfoam. Does not reduce gloss of high gloss paints and... view more

FoamStar® ST 2438 by BASF is 100% active defoamer compound combining a hyper-branched Star polymer with high-end organo-silicones to deliver fast foam knock down with very high efficiency. It is... view more

FoamStar® ST 2439 (Old name: FoamStar® A39) by BASF is a mineral oil-free defoamer. Offers very fast bubble-break and efficiency against microfoam. Possesses good wetting properties. Gives... view more

Foamaster® 306 by BASF is a proprietary blend of oils and hydrophobes. It acts as defoamer. It helps in polymer dispersions and emulsions in vinyl acetate polymers (PVAc), ethylene vinylacetate... view more

Foamaster® 714 by BASF acts as a versatile defoamer for low and highly pigmented emulsion paints and polymeric emulsions, predominantly those based on acrylics and styrene-acrylics. It is based on... view more