4,4’ Methylene bis (phenyl dimethyl urea). It acts as curing agent and accelerator for dicyandiamide. It is an aromatic substituted urea based accelerator existing as off white powder. It provides... view more

Technicure® MDU-11M by A&C Catalysts is a [4,4’- (methylene bis (phenyl dimethyl)] urea, is a substituted urea. Technicure® MDU-11M is a dicyandiamide (DICY) accelerator. Provides good formulation... view more

Technicure® Nano-Dicy is a pulverized grade of dicyandiamide with an average particle size of about 1-2 micron. Acts as a curing agent. Provides excellent adhesion to a variety of substrates and has... view more

N,n-dimethyl phenyl urea. It acts as curing agent and accelerator for dicyandiamide. It is an aromatic substituted urea based accelerator existing as off white powder. It provides fast curing, high... view more

Technicure® PDU-250M by A&C Catalysts is a N,N-dimethyl-N-phenyl urea, is a substituted urea. Technicure® PDU-250M is a dicyandiamide (DICY) accelerator. Provides good formulation shelf stability... view more

Acrylic homopolymer with solid epoxy resin. It acts as a flow modifier. Used in epoxy- and hybrid powder coatings. Recommended usage level is up to 10 phr (per hundred resin) based on total... view more

Organo-metallic complex. It acts as a texturing agent. Used in grained, wrinkled or reticulated finishes. Applications include pure epoxy or hybrid powder coatings. Recommended usage level is 1-5%... view more

Acid acrylic. It acts as a matting agent. Possesses limited reactivity with epoxies for hybrids. Provides gloss of 5%. Offers high flow and better compatibility with polyesters. Used for powder... view more

It acts as a hardener. Provides the lowest gloss of 25%. Used for low gloss pure epoxy or hybrid powder coatings in interior applications. Recommended usage level is 7-8.5 phr (per hundred resins)... view more

Dicyandiamide (micronized). It acts as a hardener. Compatible with epoxy resins. Used in powder coatings. Recommended usage level is 4-5 phr (per hundred resin) based on total epoxy resin... view more