Polyether siloxane copolymer, contains fumed silica. Used as a defoamer concentrate for waterborne formulations in architectural coatings, flexo and gravure inks, pigment concentrates, industrial... view more

Tego® Foamex 810 is a defoamer by Evonik. Exhibits very good defoaming effect in the grind. Offers very good compatibility. Prevents foam formation during production and application of waterborne... view more

Emulsion of a polyether siloxane copolymer, contains fumed silica. Used as a defoamer emulsion for waterborne formulations in wood and furniture coatings, parquet lacquers, industrial coatings, and... view more

Tego® Foamex 822 is a defoamer by Evonik. Offers good long-term persistance. Exhibits high effectiveness combined with easy incorporation. Can be used universally in clear and pigmented... view more

Emulsion of a polyether siloxane copolymer, contains fumed silica. Is highly effective. Can be used universally in clear and pigmented formulations. Used in waterborne architectural coatings... view more

TEGO® Foamex 830 by Evonik is a silicone- and solvent-free, defoamer concentrate based on organic polymer technology. It contains fumed silica. It is highly compatible and minimizes risk of surface... view more

TEGO® Foamex 835 by Evonik is used as a defoamer emulsion for waterborne formulations for pigmented and high viscosity emulsion-based coating formulations It is highly effective and prevents foam... view more

Polyether siloxane copolymer, silica-free. Used as a defoamer concentrate for waterborne formulations in flexo inks, overprint varnishes, floor coatings and industrial coatings. Also suitable for... view more

Solution of a polyether siloxane copolymer. Used as a defoamer solution for waterborne formulations in overprint varnishes, flexo inks and industrial coatings. Offers long-term persistance. Exhibits... view more

Tego® Foamex 843 is a defoamer by Evonik. Exhibits good compatibility, fast foam knock down and very good long-term persistance. Suitable for pure acrylic emulsion, styrene acrylic emulsion, vinyl... view more

Emulsion of an organo-modified polysiloxane. Used as a defoamer emulsion for waterborne formulations in flexo & gravure inks, overprint varnishes, coatings, wood & furniture coatings, parquet... view more

Tego® Foamex 860 by Evonik acts as a defoamer. Provides very good compatibility. Is highly effective. Prevents foam formation during production and application of waterborne coatings and printing... view more

Polyether siloxane copolymer, contains fumed silica. Used as a defoamer concentrate for waterborne formulations in architectural coatings, flexo and gravure inks. Provides very good defoaming effect... view more

Tego® Foamex K 3 by Evonik is a highly effective, silicone-free defoamer concentrate for waterborne formulations. It is a formulation of hydrophobic components, containing mineral oil. It prevents... view more

Tego® Foamex K 7 is a silicone-free defoamer by Evonik. Suggested for water-borne formulations in printing inks and varnishes, industrial coatings, architectural and wood coatings. It is free of... view more

Formulation based on hydrophobic active matters, free of mineral oil. Used as a defoamer concentrate for waterborne formulations in architectural coatings. Is solvent-free, free of aromatic... view more

Tego® Glide 415 by Evonik is a leveling and slip additive for solvent-borne formulations. It offers improved scratch resistance and good recoatability. It produces a slippery handle in leather... view more

Polyether siloxane copolymer. Used as a flow/leveling and slip additive for waterborne, radiation-curing and solventborne formulations in overprint varnishes, silk screen inks, industrial coatings... view more

Tego® Glide 440 is a flow/leveling and slip additive by Evonik. Offers improved scratch resistance. Is highly effectiev and highly compatible (minimized risk of haziness). Produces a slippery handle... view more

TEGO® Glide A 115 by Evonik is a flow/leveling and slip additive. It prevents patchy matting, pigment flooding, flotation and surface irregularities in solvent-borne formulations through the controlled... view more