Products

TEGO® Foamex N provides utmost effectiveness against macro- and micro foam in solventborne, radiation-curing, and high solids coatings.

TEGO® Foamex 27 is an effective defoamer concentrate based on polyether siloxane technology. Universal grinding stage defoamer. Can be used in the let-down with sufficient shear. Prevents macro-and micro-foam.

TEGO® Foamex 845 is an effective defoamer emulsion based on polyether siloxane technology. Provides additional foam break-down effect.

TEGO® Foamex 843 is a highly effective defoamer concentrate based on polyether siloxane technology. Provides additional foam break-down effect.

TEGO® Foamex 810 is an effective defoamer concentrate based on polyether siloxane technology. Universal grinding stage defoamer. Can be used in the let-down with sufficient shear. Prevents macro-and micro-foam.

TEGO® Foamex 811 is an effective defoamer concentrate based on polyether siloxane technology. Universal grinding stage defoamer. Can be used in the let-down with sufficient shear. Prevents macro-and micro-foam.

TEGO® Foamex 812 is an effective defoamer concentrate based on polyether siloxane technology. Universal grinding stage defoamer. Can be used in the let-down with sufficient shear. Prevents macro-and micro-foam.

TEGO® Foamex 883 is a highly effective deaerator concentrate based on polyether siloxane technology. Good long-term effectiviness against foam.

TEGO® Foamex 8880 is an effective defoamer emulsion based on hybrid technology with high biobased content. It can be easily incorporated, shows good defoaming and has excellent foam knock down properties. Free of solvents and mineral oil.

TEGO® Foamex 2 is a cost-effective emulsion defoamer based on hydrocarbon compounds combining good defoaming and compatibility for water-based paints. TEGO® Foamex 2 is silicone-free and silica-free.

TEGO® Foamex 9 is an effective defoamer concentrate based on synthetic oil and is a good alternative to mineral oil defoamers. Contains no siloxane or silica.

TEGO® Foamex 18 is a compatible defoamer concentrate based on organic polymer technology. Free of silicone, solvent, and mineral oil.

TEGO® Foamex 10 is a highly efficient defoamer emulsion based on polyether siloxane technology. Especially for architectural paints.

TEGO® Foamex 11 is a highly efficient, especially low VOC defoamer emulsion based on polyether siloxane technology. Developed for architectural paints.

TEGO® Foamex 20 is a highly efficient defoamer emulsion based on polyether siloxane technology with good compatibility. Especially for architectural paints.

TEGO® Foamex 24 is a very effective defoamer emulsion based on polyether siloxane technology. Offers good compatibility. Especially for architectural paints.

TEGO® Foamex 32 is a highly effective and compatible self-emulsifying defoamer concentrate based on polyether siloxane technology. Especially for architectural paints.

TEGO® Foamex 16 is a defoamer concentrate based on polyether siloxane technology. Offers a good balance between effectiveness and compatibility. Developed for architectural coatings.

TEGO® Foamex 26 is defoamer concentrate based on polyether siloxane technology. Offers a good balance of effectiveness and compatibility. Especially for architectural paints.

TEGO® Foamex 830 is a very compatible defoamer concentrate based on organic polymer technology. Silicone- and solvent-free.

TEGO® Foamex 800 is a very compatible defoamer emulsion based on polyether siloxane technology. Very easy to incorporate.

TEGO® Foamex 835 is an extremely effective defoamer emulsion based on polysiloxane technology. Especially for pigmented and/or highly viscous formulations.

TEGO® Foamex 823 is a compatible defoamer emulsion based on polyether siloxane technology. Provides a broad application window.

TEGO® Foamex 852 is an effective defoamer concentrate based on polyether siloxane technology. Suitable for pigmented and clear formulations.

TEGO® Foamex 832 is a compatible defoamer concentrate based on organic polymer technology. Free of silicone, solvent, and mineral oil.