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

Imidazole adduct. It acts as a hardener. Compatible with epoxy resins. Offers low temperature curing at 120°C. Used in decorative and functional powder coatings. Recommended usage level is 2-4 phr... view more

Accelerated dicyandiamide. It acts as a hardener. Compatible with epoxy resins. Offers mild temperature curing at 160°C and fast curing at 200°C. Used in decorative and functional powder coatings... view more

2-phenyl imidazoline. It acts as a hardener. Compatible with epoxy resins. Offers low temperature curing at 140°C. Used in decorative and functional powder coatings. Recommended usage level is 6-7... view more

Phenolic hydroxyl group terminated resin. It acts as a curing agent. Compatible with epoxy resins. Used in powder coatings. Recommended usage level is 22-28 phr (per hundred resin) based on total... view more

Modified phenolic hydroxyl group terminated resin. It acts as a hardener. Compatible with epoxy resins. Offers flexibility and adhesion on metal substrates. Used in powder coatings. Recommended... view more

2-methyl imidazole. It acts as a hardener and accelerator for epoxy resins. Used in powder coatings... view more

Imidazole derivative. It acts as a hardener and accelerator. Compatible with epoxy resins. Used in powder coatings. Recommended use level is 0.1-0.3% based on total epoxy resin formulation... view more

Organo-tin compound. It acts as an accelerator and catalyst. Compatible with polyurethane and GMA functional acrylics. Used in powder coatings. Recommended usage level is 0.1-1% based on total... view more

Organo-tin compound. It acts as an accelerator and catalyst. Compatible with polyurethane and GMA functional acrylics. Used in powder coatings. Recommended usage level is 0.1-1% based on total... view more

Quaternary ammonium salt. It acts as an accelerator and catalyst. Used in powder coatings. Recommended usage level is 0.3-1% based on total formulation... view more

Amine blocked sulfonic acid. It acts as a texture catalyst. Used in wrinkle finishes in combination with Powderlink 1174 or AHA1209. Applications include powder coatings. Recommended usage level is... view more

Pyromellitic dianhydride. It acts as a hardener for epoxy resins. Used in powder coatings... view more

An oligomer absorbed on a silica carrier. It acts as a surface modifier and node-like defect eliminating agent. Used in exterior durable wrinkled powder coatings. Recommended usage level is 1-2 phr... view more

Tetra-functional ß-hydroxyalkylamide. It acts as a crosslinker for carboxylic terminal polyesters. Used in TGIC-free based exterior durable powder coatings... view more

Salt of cycloamidine with polycarboxylic acid. It acts as a hardener. Provides the lowest gloss of 5%. Used for low gloss pure epoxy or hybrid powder coatings in interior applications. Recommended... view more

Copolymer of methyl methacrylate and n-butyl acrylate. It acts as an anti-cratering agent and gloss enhancing agent. Suitable for all powder coatings. Recommended usage level is 1-2% based on total... view more

Carboxyl-acrylic resin. It acts as a matting agent. Exhibits excellent hardness, corrosion resistance and chemical resistance. Suitable for low gloss EP (epoxy-polyester) or hybrid powder coatings... view more

Carboxyl-acrylic resin. It acts as a matting agent. Exhibits excellent hardness, corrosion resistance and chemical resistance. Suitable for low gloss EP (epoxy-polyester) or hybrid powder coatings... view more