Deuteron®

Micronized polyolefin wax. Shows an evident resistance to settlement. Additionally it retards the settling of pigments as well as fillers and assists in their redispersion. Imparts very good buff... view more

Deuteron® -Wax TF by Deuteron is a micronized PTFE (polytetrafluorethylene) modified polyolefin wax. Imparts mar resistance, anti-blocking properties, very good buff resistance and slip properties. It is... view more

Deuteron® AP 348 by Deuteron is a non-polar polyethylene wax. Has low viscosity of the fusion and good toughness in spite of the high hardness. Surfaces of powder coatings show a remarkable slip... view more

Polycondensate plastics. Acts as a matting agent. The small binder demand of DEUTERON MK only leads to a nonessential viscosity influence, which is significant for UV-curing lacquers. Is resistant... view more

Deuteron® MK-F by Deuteron is a polycondensate plastic. Acts as a matting agent. It has very good dispersing properties. It is resistant against solvents and chemicals which are customary in the... view more

Deuteron® MK-F6 by Deuteron is a polycondensate plastic. Acts as a matting agent. Shows a heat resistance of more than 200°C, temporarily up to 300°C. The small binder demand of DEUTERON MK only... view more

Aqueous preparation of polymethylurea. Acts as a matting agent. When producing clear varnish, only a small rate of shear is required to incorporate DEU-TERON MM 677. This prevents forming of micro... view more

Stabilized aqueous paraffin dispersion. Has an impact on surface characteristics of aqueous coating systems. The low melting point of the used paraffin-wax reduces unwelcome high slipperiness of... view more

Low viscosity, aqueous dispersion of polyethylene wax modified with PTFE. Improves the slip, abrasion and rub resistance. Used in water-based clear lacquers and top coats where the presence of PTFE... view more

Polymethylurea. Acts as a matting agent. Is free of waxes. As a thermoset, Deuteron® PMH-C in many cases increases the blocking stability of coatings, whenever the character of the used binder shows... view more

Dispersion of high-molecular PE-wax in DPGDA. Improves the surface smoothness, abrasion resistance and scrubbing resistance. Offers the surfaces pleasant, silky-soft haptic properties. Dosage:... view more

Anionic heteropolysaccharide (xanthan gum). Acts as a thickening agent and stabilizer. Shows high pseudo-plasticity, i.e. the viscosity lowers, if the shearing stress increases. Prevents the... view more

Deuteron® VT 855 by Deuteron is an anionic heteropolysaccharide (Xanthan Gum) in ethyllactate, stabilized. Acts as a thickening agent and stabilizer. Shows high pseudo-plasticity, i.e. the viscosity... view more

Deuteron® VT 856 by Deuteron is an anionic heteropolysaccharide (Xanthan Gum) in 1-ethoy-2-propanole, stabilized. Acts as a thickening agent and stabilizer. Shows high pseudo-plasticity, i.e. the... view more

Deuteron® WS by Deuteron is a silicone-resin 50% solution in butyl glycol. Imparts very good mar resistance and improves anti-blocking of varnishes as well as coatings. Has recoatability and no... view more

Micronized synthetic polyamide wax. Deuteron® Wax A acts as an additive for reduction of gloss and to provide mar resistance. It exhibits a constant fine particle size distribution and good ease of... view more

Anionic heteropolysaccharide (xanthan gum). Acts as a thickening agent and stabilizer. Shows a characteristic extreme high pseudo-plasticity, i.e. the viscosity lowers, if the shearing stress... view more

Micronized polypropylene wax. Shows an evident resistance to settlement. Additionally it retards the settling of pigments as well as fillers and assists in their redispersion. Imparts very good buff... view more

Micronized polypropylene wax. Shows an evident resistance to settlement. Additionally it retards the settling of pigments as well as fillers and assists in their redispersion. Imparts very good buff... view more

Low viscosity, quaternary ammonium compound. Because of its cationic character and the extremely high polarity, the electrical resistance is reduced considerably even when using small quantities... view more

Tetraalkylammoniumethylsulphate 80 % solution in n-butanol. Because of its cationic character and the extreme high polarity, the electric resistance of organic solvents and their mixtures is... view more

Tetraalkylammoniumethylsulphate combined with a bivalent alcohol. Because of its cationic character and the high polarity, it reduces the electrical resistance of solvents as well as their mixtures... view more

Compound based on polymers and highly dispersed silica. Acts as a matting agent for radiation curing systems. Reduces the gloss and at a higher dosage the viscosity will only be slightly increased... view more

Compound based on organic polymers and highly dispersed silica. Acts as a matting agent for radiation curing systems. Reduces the gloss and at a higher dosage the viscosity will only be slightly... view more

Combination of organic and inorganic materials. Acts as a matting agent. Apart from the high matting effect, special importance is also attached to a low binder requirement so that the flow... view more

Combination of organic and inorganic materials. Acts as a matting agent. Despite its organic components, it remains thermally stable up to 200 °C even over a rather long time. In case of a... view more

Combination of organic and inorganic materials. Acts as a matting agent. Apart from the high matting effect, special importance is also attached to a low binder requirement so that the flow... view more

Non-thermoplastic PTFE modified micronized plastic. Imparts high abrasion resistance and resistance to metal marking. Scratch resistance will be improved. Imparts good blocking stability. Increased... view more

C18 fatty acid amides dioleate, dissolved in aliphatic hydrocarbon. Acts as a wetting and dispersing agent with a cationic effect. Reduces the surface tension of organic solvents or binding agent... view more

Aqueous solution of sodiumpoly-aldehydocarboxylate. Acts as a dispersing agent. Helps to prevent the uncontrollable increase of viscosity, which can arise in presence of certain pigments and... view more

Urea polycondensation resin. Shows very good hardness and abrasion resistance. Improves the slip as well as static friction and provides increased mechanical resistance. Compared with additives... view more

Urea polycondensation resin. Shows very good hardness and abrasion resistance. Improves the slip as well as static friction and provides increased mechanical resistance. Compared with additives... view more

Urea polycondensation resin. Shows very good hardness and abrasion resistance. Improves the slip as well as static friction and provides increased mechanical resistance. Compared with additives... view more

Urea polycondensation resin. Shows very good hardness and abrasion resistance. Improves the slip as well as static friction and provides increased mechanical resistance. Compared with additives... view more

Urea polycondensation resin. Shows very good hardness and abrasion resistance. Improves the slip as well as static friction and provides increased mechanical resistance. Compared with additives... view more

Urea polycondensation resin. Shows very good hardness and abrasion resistance. Improves the slip as well as static friction and provides increased mechanical resistance. Compared with additives... view more

Polymethyl urea resin. Shows very good hardness and abrasion resistance. Improves the slip as well as static friction and provides increased mechanical resistance. Compared with additives based on... view more

Polymethyl urea resin. Shows very good hardness and abrasion resistance. Improves the slip as well as static friction and provides increased mechanical resistance. Compared with additives based on... view more

Polymethyl urea resin. Shows very good hardness and abrasion resistance. Improves the slip as well as static friction and provides increased mechanical resistance. Compared with additives based on... view more

Urea polycondensation resin. Shows very good hardness and abrasion resistance. Improves the slip as well as static friction and provides increased mechanical resistance. Compared with additives... view more

Urea polycondensation resin. Shows very good hardness and abrasion resistance. Improves the slip as well as static friction and provides increased mechanical resistance. Compared with additives... view more

Urea polycondensation resin. Shows very good hardness and abrasion resistance. Improves the slip as well as static friction and provides increased mechanical resistance. Compared with additives... view more

Polymethyl urea resin. Has high hardness and abrasion resistance. Is resistant to most standard solvents used in coatings and has good thermal stability to over 200°C. Improves the static and... view more

Polymethyl urea resin. Has high hardness and abrasion resistance. Is resistant to most standard solvents used in coatings and has good thermal stability to over 200°C. Improves the static and... view more

Polymethyl urea resin. Has high hardness and abrasion resistance. Is resistant to most standard solvents used in coatings and has good thermal stability to over 200°C. Improves the static and... view more

Polymethyl urea resin. Has high hardness and abrasion resistance. Is resistant to most standard solvents used in coatings and has good thermal stability to over 200°C. Improves the static and... view more

Polymethyl urea resin. Has high hardness and abrasion resistance. Is resistant to most standard solvents used in coatings and has good thermal stability to over 200°C. Improves the static and... view more

Polymethyl urea resin. Has high hardness and abrasion resistance. Is resistant to most standard solvents used in coatings and has good thermal stability to over 200°C. Improves the static and... view more

Polymethyl urea resin. Has high hardness and abrasion resistance. Is resistant to most standard solvents used in coatings and has good thermal stability to over 200°C. Improves the static and... view more

Polymethyl urea resin. Has high hardness and abrasion resistance. Is resistant to most standard solvents used in coatings and has good thermal stability to over 200°C. Improves the static and... view more

Polymethyl urea resin. Has high hardness and abrasion resistance. Is resistant to most standard solvents used in coatings and has good thermal stability to over 200°C. Improves the static and... view more

Organic high-molecular polymer compound (based on xantha-galactomannan). Acts as thickening and thixotropic agent. The extreme high thixotropy avoids a breakdown of the solution already at a small... view more

Crosslinked methyl urea resin. Acts as a texturing agent. The nature and degree of texturing depends on the film thickness that is applied as well as the ratio of texturing agent to binder. The... view more

Crosslinked methyl urea resin. Acts as a texturing agent. The nature and degree of texturing depends on the film thickness that is applied as well as the ratio of texturing agent to binder. The... view more

Crosslinked methyl urea resin. Acts as a texturing agent. The nature and degree of texturing depends on the film thickness that is applied as well as the ratio of texturing agent to binder. The... view more

Crosslinked methyl urea resin. Acts as a texturing agent. The nature and degree of texturing depends on the film thickness that is applied as well as the ratio of texturing agent to binder. The... view more

Dispersion of special waxes with inorganic matting agents. Is silica free matting paste for radical curing UV systems. Provides very resistant surfaces having very pleasant, silky-soft haptic... view more

Dispersion of special waxes. Is silica free matting paste for radical curing UV systems. Provides very resistant surfaces having very pleasant and silky-soft haptic properties. Dosage: The optimum... view more

Dispersion of special waxes. Is silica free matting paste for radical curing UV systems. Provides very resistant surfaces having very pleasant and silky-soft haptic properties. Dosage: The optimum... view more