Tego® Dispers 710 by Evonik is a solution of a basic urethane copolymer. It is designed for pigment concentrates, inkjet inks, automotive, industrial, wood furniture, anti-corrosion and leather... view more

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

Tego® Foamex 800 by Evonik acts as a defoaming agent. It can be used universally in clear and pigmented formulations. Suggested for printing inks, water-borne wood and furniture coatings, parquet... view more

TEGO® Foamex 805 by Evonik is a silica-free, defoamer for waterborne formulations. It is used universally in clear and pigmented formulations. It prevents foam formation during production, air... view more

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

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

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

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