Priamine™ range is designed to improve the performance of a variety of resins, including polyamides, epoxy, polyimides and elastomers and their formulations. Fully 100% bio-based and certified by USDA BioPreferred® program, Priamine diamines can be used from high-solid coatings to flexible printed boards, bio-based adhesives and semiconductors.
Priamine™ 1075 high-purity diamine, has demonstrated proven success in Asia’s semiconductor sector thanks to its unique low dielectric performance and 100% bio-based content.
Cargill is proud to collaborate with Arizona State University and its Biodesign Institute as a research partner on Priamine™ dimer diamine, an advanced new material made from bio-based ingredients. This partnership drives cutting-edge research on bio-based raw materials ideal for use in components like adhesives, films and coatings — all critical parts of semiconductor manufacturing.
Dimer diamine
APAC, EMEA, North America, South America, Global
Priamine™ 1075 dimer diamine is a low viscous, high purity, dimer diamine building block designed for use in high molecular weight polyamides and high-performance polyimides. This building block offers adhesives improved mechanical properties, high flexibility, moisture repellency and improved adhesion to plastic.
Dimer diamine
Global
Priamine™ 1074 dimer diamine is a low viscosity, dimer diamine building block designed for use in polyamides. This building block offers high flexibility, moisture repellency and improved adhesion to plastic.
Dimer diamine
EMEA
Priamine™ 1073 dimer diamine is a low viscous, dimer diamine building block designed for use in polyamides, polyurea and epoxy coatings and adhesives. As a curing agent for epoxy or modifier for polyurea it offers reduced brittleness, enhanced moisture protection and good flow.
Dimer diamine
APAC, EMEA, North America, South America, Global
Priamine™ for the development of high solid, low VOC formulations. This dimer diamine offers excellent flexibility and chemical resistance in epoxy and polyurea formulations.