Products

TRAPYLEN® 9500 W is an water-based dispersion with a solids content of 35%. The special feature of this primer is the high softening point of the polymer of 120°C. This makes TRAPYLEN 9500 W ideal for applications in which, for example, aluminum foil is to be heat-sealed to polypropylene.

Lanphos PS5 is an effective APE free surfactant and wetting agent for emulsion polymerisation and water bourne emulsion paints. The main advantage of a phosphate ester over a conventional anionic in emulsion polymerisation is it’s excellent stability in high concentrations of acid, alkali and electrolytes, and its ability to impart corrosion inhibition in latex and in-can corrosion in emulsion coatings.

Lansperse BIO691 is a cutting-edge dispersing agent within our new line, featuring components derived from renewable sources. Distinguished by exceptional wetting and dispersing capabilities, it proves effective for a diverse range of inorganic and organic pigments and powders. Unlike conventional dispersing agents, BioLoops, its unique structure, incorporates two hydrophobe groups, doubling its effectiveness in attaching to particle substrates. This product stands out by seamlessly dispersing particles in both aqueous and solvent-based mediums.

Deuteron® OG 8803 comprises fine PMU (polymethyl urea) particle dispersions in DPGDA. Its versatility allows usage as a scratch-resistant additive for high gloss applications or as a matting agent for high-quality finishes, depending on the addition level. Preferred applications for this product family include overprint varnishes, floor coatings (such as PVC, laminate flooring, and wood floors), and wood coatings.

Lansurf TH30W is a nonionic surfactant produced through the alkoxylation of ethylene oxide with tallow amine. This product exhibits good compatibility with other nonionic, anionic, cationic, and amphoteric surfactants. Lansurf TH30W finds applications in various industries, including textiles, paints, metalworking, agriculture, and polish manufacturing. Particularly in textile applications, it serves as a leveling agent and anti-precipitant. Additionally, it is employed as a primary wetting agent in acid and alkaline formulations for metal cleaning and the removal of surface coatings.

Deuteron® VT 856 is a suspension of Deuteron® XG in a solvent base. Its pasty form allows for easy manual dosing and stirring. This product is soluble in both cold and hot water, producing pseudoplastic solutions upon dissolution. It contains xanthan gum dispersed in 1-ethoxy-2-propanol.

Deuteron® OG 8670 consists of fine PMU (polymethyl urea) particle dispersions in water. These dispersions are well-suited for a broad range of water-borne systems. Preferred applications for the Deuteron® OG 8670 include inks, wood coatings, can coatings, and metal coatings.

Lansperse DS 80 serves as a potent primary dispersing agent, providing effective wetting and steric hindrance to prevent the re-agglomeration of pigments and inorganic solids. It finds applicability across various pigment types and is occasionally utilized in combination with the anionic agent Lansperse DS 200W for enhanced performance in dispersion.

Lansperse SYN1 is a 100% active liquid synergist designed to work in conjunction with the hyperdispersant Lansperse UV51, aiding pigment dispersion in pigmented UV yellows. It can also be used alongside Lansperse SL18 or SL18-HA for pigmented solvent yellows, resulting in increased pigment levels, improved gloss levels, and enhanced pigment stabilization.

Deuteron® UV RM15 features specialized wax compounds within acrylic monomers specifically tailored as matting additives for 100% UV-curable systems. These additives are formulated using specialized raw materials and a unique production process, enabling effective matting of challenging-to-matte 100% UV curing systems.

Deuteron® MM 100 consists of finely dispersed PMU (polymethyl urea) particles within DPGDA (propylene glycol diacrylate). Specifically crafted as matting agents, these preparations cater especially to thin-layer UV-curable coatings and inks. The appearance of this product manifests as a grayish dispersion, offering a unique solution for desired surface finishes in UV-curable applications.

Deuteron® LE 829 functions as a conductivity additive rooted in tetraalkylammonium ethyl sulfate. These anti-static additives enable the fine-tuning of surface and volume resistivity across diverse systems. The effectiveness of Deuteron's anti-static properties is primarily based on surface migration and the ionic character of the cations, which facilitate the desired adjustments in electrical properties.

Deuteron® LE 200 functions as a conductivity additive rooted in a branched quaternary ammonium compound. Employing these anti-static additives enables fine-tuning surface and volume resistivity across diverse systems. Its effectiveness primarily hinges on surface migration and the ionic attributes of the cations. The product presents as a yellowish paste.

Trapylen® 113 S is a chemically modified low-chlorinated polypropylene known for its exceptional affinity to polyolefinic plastics, including PP, PP/EPDM-blends, and, with certain limitations in adhesion strength, PE. Notably, it possesses a higher molecular weight and a narrow molecular weight distribution compared to other modified chlorinated types. Due to its reduced content of maleic anhydride, this product exhibits good compatibility properties with other binder resins. Trapylen® 113 S finds versatile applications, serving either as a straight primer or as an adhesion promoter for base coats and pigmented primers. Its primary use is in paintings and coatings for molded parts, including sealing profiles in the automotive industry, such as bumpers, side panels, and door seals.

Trapylen® 186 X is a medium-chlorinated polypropylene dissolved in xylene. Characterized by a higher chlorine content compared to other grades, it exhibits relatively good compatibility with other resins and polymers, along with excellent pigment wetting. The cured film produced by Trapylen® 186 X boasts high gloss and remarkable chemical and aging resistance. Its primary advantage lies in its outstanding adhesion to untreated polypropylene, PP/EPDM thermoplastic rubber, and, to a limited extent, polyethylene.