Products

Deuteron® MM 823 is a compound consisting of organic Deuteron® PMU powder (polymethyl urea) blended with PTFE (polytetrafluoroethylene). This combination results in a fine white powder. These additives serve versatile purposes, suitable for standalone use or in combination with other materials to enhance and diversify their properties across various applications.

Deuteron® OG 250 is a low-melting paraffin preparation suspended in water, featuring a polymeric protective colloid instead of an emulsifier. Initially designed as a temporary and removable protective coating within automotive applications, it is applied through a spray application of the pure product.

Deuteron® WD OPE is a dispersion of micronized oxidized polyethylene wax, formulated without additives. Its high hardness and melting point offer significant improvements in anti-blocking and abrasion resistance. Additionally, it demonstrates excellent matting performance and high storage stability across various coating systems. Designed for easy use in auto dosage units, this liquid dispersion is made without dispersing additives, emulsifiers, or defoamers, ensuring high compatibility without negatively impacting coating performance.

Deuteron® WD PE is a dispersion of micronized Polyethylene wax, free of additives. Polyethylene waxes are preferred for their cost-effectiveness and positive impact on mechanical stability and visual appearance. The inclusion of Deuteron® WD PE improves resistance against abrasion and scratches, enhances matting, and creates a pleasant surface feel. Designed for ease of use in auto dosage units, this liquid dispersion is formulated without dispersing additives, emulsifiers, or defoamers, ensuring high compatibility without adversely affecting coating performance.

Deuteron® SF 505 is a micronized deuteron plastic powder formulated from PMU (polymethyl urea). It serves as a thermoset additive designed to enhance slip and scratch resistance across various systems. This additive is versatile and serves as an alternative to PTFE and PTFE-modified waxes, effectively improving scratch resistance and slip characteristics in diverse applications.

Deuteron® PMH M is a micronized deuteron plastic powder derived from PMU (polymethyl urea). This micronized matting plastic is characterized by a compact particle structure and possesses heat resistance up to 200°C. It exhibits a minimal impact on viscosity and acts as a synergistic component to enhance the polishing and burnishing resistance of SiO₂.

Deuteron® SF 707 is a micronized duromeric plastic powder crafted from PMU (polymethyl urea). Functioning as a thermoset additive, its primary role is to enhance slip and scratch resistance across various systems. It serves as an alternative to PTFE and PTFE-modified waxes, effectively improving scratch resistance and slip characteristics in diverse applications.

Deuteron® Wax PE is a micronized polyethylene wax recognized for its well-balanced performance characteristics. PE waxes stand out as cost-effective materials known for positively impacting mechanical stability and visual appearance. Utilizing Deuteron® Wax PE enhances abrasion and scratch resistance, offering a pleasing matte effect and a pleasant surface feel.

Deuteron® MK-F6 is an organic duromeric matting agent suitable for a wide range of coating applications, including water-borne, solvent-borne, and 100% systems. These matting agents can be employed as stand-alone additives or in conjunction with other materials to enhance their properties. The distinctive synthesis of Deuteron MK matting agents results in highly amorphous particle structures with a comparatively high surface area (BET), making them outstanding matting agents.

Deuteron® MK-L is an organic duromeric matting agent that finds applications across a broad spectrum of coating formulations, including water-borne, solvent-borne, and 100% systems. These matting agents can serve as stand-alone additives or be combined with other materials to enhance overall performance. They consist of micronized duromeric plastic powders based on PMU (polymethyl urea). The unique synthesis of Deuteron MK matting agents results in highly amorphous particle structures with a comparatively high surface area (BET), making them excellent matting agents.

Deuteron® MK is an organic duromeric matting agent that can be utilized in nearly all coating applications, including water-borne, solvent-borne, and 100% systems. These matting agents can be used independently or in combination with other materials to enhance their properties. The unique synthesis of Deuteron MK matting agents results in highly amorphous particle structures with a comparatively high surface area (BET), making them excellent matting agents.

Deuteron® WAX TF is a micronized PTFE (polytetrafluoroethylene)-modified polyolefin with a fine particle size distribution and excellent ease of dispersion. PTFE imparts coatings with superior mar resistance and anti-blocking properties. Given the high cost of pure PTFE powders, this product provides a cost-effective solution by combining PTFE with polyolefin, offering many of the outstanding properties of pure PTFE.

Deuteron® Wax OPE belongs to the polyethylene waxes and polyolefins family, offering various features including enhanced hardness, abrasion resistance, matting, a high melting point, and blocking resistance. Presented in powder form, it serves multiple purposes in applications where these characteristics are essential for desired outcomes.

Lanspec HSR is a cutting-edge surfactant and emulsifier, plays a pivotal role in Emulsion Polymerization and Vinyl Acetate Manufacturing processes. With a solid content of 100.0%, this non-ionic surfactant stands out for its unmatched performance and versatility. Tailored for the Paints and Coatings market, Lanspec HSR ensures optimal efficiency in formulations, making it an essential component for industries seeking high-quality and reliable solutions in their manufacturing processes.

Deuteron® OG 330 is a remarkable enhancer known for significantly improving slip, abrasion, and rub resistance in aqueous coatings and inks. Its low viscosity and dust-free delivery form make it easily manageable in paint manufacturing processes. With a concentration of approximately 46%, it's designed to optimize cost-effectiveness while delivering enhanced properties to coatings and inks.