Products

Deuteron® ST 100 comprises coarse plastic powders designed to create distinctive surface structures. Deuteron® ST 100 finds application in various coatings and inks. Additionally, these additives can be seamlessly combined with other surface additives, such as matting agents or waxes, offering enhanced versatility in achieving desired surface textures and effects in coatings and inks.

Deuteron® ST 125 comprises coarse plastic powders designed to create distinctive surface structures. Deuteron® ST 125 finds application in various coatings and inks. Additionally, these additives can be seamlessly combined with other surface additives, such as matting agents or waxes, offering enhanced versatility in achieving desired surface textures and effects in coatings and inks.

Deuteron® ST 250 comprises coarse plastic powders designed to create distinctive surface structures. Deuteron® ST 250 finds application in various coatings and inks. Additionally, these additives can be seamlessly combined with other surface additives, such as matting agents or waxes, offering enhanced versatility in achieving desired surface textures and effects in coatings and inks.

Deuteron® ST 50 comprises coarse plastic powders designed to create distinctive surface structures. Deuteron® ST 50 finds application in various coatings and inks. Additionally, these additives can be seamlessly combined with other surface additives, such as matting agents or waxes, offering enhanced versatility in achieving desired surface textures and effects in coatings and inks.

Deuteron® ST 500 comprises coarse plastic powders designed to create distinctive surface structures. Deuteron® ST 500 finds application in various coatings and inks. Additionally, these additives can be seamlessly combined with other surface additives, such as matting agents or waxes, offering enhanced versatility in achieving desired surface textures and effects in coatings and inks.

Deuteron® ST-G texturing agents consist of coarse duromeric plastic powders crafted from PMU (polymethyl urea). These agents are designed to serve as texture and structuring agents, facilitating functional, haptic, and decorative effects in various applications. Operating as thermoset structuring agents, they are offered in five distinct particle sizes, providing versatility in achieving specific textural attributes and catering to diverse application needs.

Deuteron® ST-L as a texturing agents consist of coarse duromeric plastic powders crafted from PMU (polymethyl urea). These agents are designed to serve as texture and structuring agents, facilitating functional, haptic, and decorative effects in various applications. Operating as thermoset structuring agents, they are offered in five distinct particle sizes, providing versatility in achieving specific textural attributes and catering to diverse application needs.

Deuteron® ST-M as a texturing agents are coarse duromeric plastic powders formulated from PMU (polymethylurea). These agents serve as texture and structuring agents, facilitating functional, haptic, and decorative effects across various applications. As thermoset structuring agents, they are provided in five different particle sizes, allowing for versatility in achieving specific textural characteristics to meet diverse application requirements.

Deuteron® ST-S as a texturing agent are coarse duromeric plastic powders formulated from PMU (polymethylurea). These agents serve as texture and structuring agents, facilitating functional, haptic, and decorative effects across various applications. As thermoset structuring agents, they are provided in five different particle sizes, allowing for versatility in achieving specific textural characteristics to meet diverse application requirements.

Deuteron® UV 1240 is a solution formulated with Bis(dodecyl phenyl)-iodonium hexafluoroantimonate dissolved in reactive solvents. The solution includes antimony and utilizes propylene carbonate as a reactive thinner. Notably, it ensures minimal benzene emission and maintains a low odor profile. This solution manifests as a reddish, viscous oil, suitable for various applications within the specified context.

Deuteron® UV 1242 consists of solutions incorporating bis(dodecyl phenyl)-iodonium hexafluoroantimonate dissolved in reactive solvents. The solution utilizes C12/C14 glycidyl ether as a reactive thinner and contains antimony. Notably, it ensures minimal benzene emissions and maintains a low-odor characteristic. This solution presents itself as a brownish, viscous liquid suitable for various applications within the specified context.

Deuteron® UV 1250 is a photoinitiator with 50.0% active content. In a liquid form, it serves various end uses such as radiation-curable adhesive, flexography ink, varnishes, screen printing ink, and laminating adhesive. The product presents itself as a brownish, viscous liquid, providing versatility in applications requiring photoinitiation properties.

Deuteron® UV 2257 is a solution formulated with Bis-(4-methyl- phenyl)-iodoniumhexafluoro-phosphate dissolved in reactive solvents. This solution utilizes propylene carbonate as a reactive thinner. It boasts no benzene emissions and maintains a low-odor profile, ensuring a more environmentally friendly and user-friendly application.

Deuteron® UV 3100 is designed to facilitate the hardening process of binder systems that undergo cationic polymerization upon UV exposure. This solution is soluble in various binder systems, including common solvents and reactive diluents. It employs C12/C14 glycidilether as a reactive thinner and is characterized by minimal benzene emission and a low-odor profile, contributing to more environmentally conscious and user-friendly applications.

Deuteron® UV RM10 is designed to create highly durable surfaces with a pleasing, silky-soft tactile feel. Its paste-like delivery ensures convenient, powder-free handling. These additives offer consistent matting efficiency, regardless of the coating's film thickness. They are dispersions in reactive thinners, combining waxes with organic and inorganic matting components specifically developed for 100% UV systems.