Deuteron MM 823 has been developed for use in solvent-based and solvent-free, non-aqueous coating systems, printing inks and powder coatings. The presence of PTFE in Deuteron MM 823 generally spoils wetting when the product is used in water.

Deuteron MM 823 imparts coatings a high resistance to metal marking and abrasion. Scratch resistance will be improved. The product is non thermoplastic. Its use imparts good blocking stability. Increased dosage interferes with the coating‘s gloss.

Deuteron LE 292 is an anti-static additive based on a novel esterquat. It is available as a 90% solution in Isopropanol. In contrast to anti-static additives based on TAA salts. Deuteron LE 292 has a significantly lower toxicity and it’s active content is 100% biodegradable (according to OECD). The content of renewable raw materials is approx. 70%.

Compared to TAAS-based conductivity promoters, Deuteron LE 292 is not water soluble – this can prove advantageous in the case of wash-out effects.

Deuteron LE 292 can be used in polyurethane foams, casting resins, floor coatings or printing inks to impart anti-static effects.

Deuteron LE 200 is an anti-static additive based on a novel esterquat. It is available as a 100% material in the form of a free-flowing gel. In contrast to anti-static additives based on TAA salts. Deuteron LE 200 has a significantly lower toxicity and is 100% biodegradable (according to OECD). The content of renewable raw materials is approx. 70%.

Compared to TAAS-based conductivity promoters. Deuteron LE 200 is not water soluble – this can prove advantageous in the case of wash-out effects.

Deuteron LE 200 can be used in polyurethane foams, casting resins, floor coatings or printing inks to impart anti-static effects.

DEUTERON SF 707 is Duroplastic additive for haptic surface modification. Deuteron SF 707 increases the smoothness and adds a pleasant grip to the surface. It includes neither waxes nor silicones. The matting effect is smooth, so that the haptic can be adjusted, without heavily influencing the gloss level. The unique synthesis of Deuteron SF surface additives leads to compact particle structures with high hardness and low COF (coefficient of friction) – this property makes them excellent alternatives to traditional PTFE based additives. Because of their highly compatible chemistry they can be used in a wide variety of different applications and systems

DEUTEROL PARAFFINDISPERSION is a matting paraffin dispersion for water dilutable polyester systems.