Products

TEGO® DISPers 670 is a polymeric, high-performance wetting and dispersing additive for solvent borne industrial and automotive applications. Suitable for all kinds of pigments. Shows outstanding viscosity reduction, especially with inorganic pigments. Shows fast pigment wetting. Creates a Newtonian flow behavior.

SURFYNOL® MD-20 is a very compatible molecular defoamer based on Gemini surfactant technology. Freeof siliconeand silica. Offers additional dynamic wetting properties.

TAMOL® 945 is a highly-effective polycarboxylic acid dispersant supplied at 45% solids in the sodium form. It is recommended for use in waterborne paint and coatings formulations where it offers a wide range of performance and formulation benefits.

TEGO® Wet 288 is a hydrophobic siloxane-based substrate wetting additive with excellent surface tension reduction. It is highly suitable for waterborne and radiation curing inkjet inks, printing inks and varnishes.

TAMOL® 901 is a versatile, multi-purpose, low foaming polyacid pigment dispersant which offers outstanding performance in low sheen latex paint formulations. This polyacid dispersant provides excellent stability and color acceptance in formulations containing reactive pigments such as zinc oxide.

TEGO® DISPers 717 W is an anionic wetting and dispersing additive for water borne formulations. It combines very good viscosity reduction when used with inorganic pigments and enhanced compatibility of tinted paints.

TAMOL® 963 35% is a versatile, low-cost, non-foaming, water-soluble polyacid dispersant which offers excellent performance in a wide range of latex paint formulations. It is recommended for low sheen flat through semi-gloss acrylic, stirene-acrylic and vinyl acrylic formulations and is effective over a pH range of 7 to 11 with a wide temperature range.

TEGO® Rad 2330 is an efficient low-foaming radically cross-linkable substrate wetting and slip additive, providing wetting and flow properties. Recommended for broad areas of application.

TAMOL® 851 is a versatile polyacid dispersant that offers outstanding performance in a wide range of latex paint formulations. TAMOL® 851 is supplied at 30% solids in water and is free of both formaldehyde preservatives and ammonia. It is recommended for flat through semigloss acrylic, stirene/acrylic, and vinyl acrylic formulations. TAMOL® 851 is specifically designed to offer excellent stability in those formulations that contain zinc oxide.

TAMOL® 2011 is a high-performance, hydrophobic copolymer dispersant especially useful for semi-gloss and gloss paints. TAMOL® 2011 is well suited for today’s generation of formulations as it is made without solvents or APEO surfactants. TAMOL® 2011 is particularly well fitted for formulations that contain hydrophobically modified urethane rheology modifiers.

TAMOL® 1254 is a versatile, low-cost, low-foaming polyacid dispersant that offers outstanding performance in a wide range of latex paint formulations. It is recommended for low sheen flats through gloss acrylic, styrene-acrylic and vinyl acrylic formulations. In addition to good efficiency, this polyacid dispersant offers excellent stability and color acceptance even in formulations containing zinc oxide.

ZETASPERSE® 179 is a non-ionic wetting and dispersing additive with focuson pigment wetting. Showsoutstanding color strength development as co-dispersant toan anionicpolymer. Improves color acceptance when used in thedirectgrindof a basepaint.

TAMOL® 819 is a dispersant used as a CASE ingredient in chemical mixtures and blends.

TEGO® DISPers 761 W is a non-ionic wetting and dispersing additive with focuson pigment wetting. Showsoutstanding color strength development and viscosity reduction when used in the mill base for flexo and gravure inks. With carbon blacks, it provides high pigment loadings, high jetness, and long-term stability.

DYNOL™ 800 has the ability to reduce both static and dynamic surface tension in waterborne coatings and inks. DYNOL™ 800 is an excellent choice for difficult-to-wet substrates requiring good flow and leveling.