Active imidazole. Acts as a catalyst. It facilitates dispersion and avoids hot spots of the catalyst during powder manufacture. It accelerates the cure of coatings based on the carboxyl-epoxy... view more

Purified imidazole. Acts as a catalyst. It accelerates the cure of coatings that are responsive to imidazole catalysis. It can catalyze hybrids such as polyester-epoxy, carboxyl acrylic-epoxy... view more

Isopropyl imidazole. Acts as a catalyst. It reduces the cure temperature of a particular system, or shorten the required bake time at a given cure temperature. It is used to accelerate the cure of... view more

Acrylic solid resin. Acts as a gloss control agent. When used with an epoxy curing agent, it can provide an exceptionally smooth, matte coating with good mechanical and chemical resistance... view more

Carboxyl-functional, solid acrylic resin. Acts as a matting agent. Provides good smoothness and exceptional mechanical and chemical resistance properties to the coatings. The coatings formulated... view more

Acts as an imidazole type of curing agent. It provides excellent chemical resistance, mechanical properties and the capability for low temperature cure to the coatings. The coatings based on it can... view more

Epoxy Hardener G-92 by Estron Chemical acts as a phenolic curing agent. It provides excellent chemical resistance, mechanical properties to the coatings. It offers formulators the versatility of using differing... view more

Polymeric flow control agent and resin modifier. Used as additive for powder coatings, solvent based coatings, high solids, coil coatings, UV-coatings, printing inks based on flexographic or silk... view more

Mixture of acrylic polymer and silica. Acts as a flow control agent. It is designed for powder coating system. Provides balance of good flow and clarity in PE-TGIC, hybrid and epoxy clear coats... view more

Mixture of acrylic polymer and silica. Acts as a flow control agent. It reduces or eliminates surface defects such as orange peel, craters, pinholes, and other imperfections in pigmented powder... view more

Mixture of acrylic polymer and silica. Acts as a flow control agent. It reduces or eliminates surface defects such as orange peel, craters, pinholes, and other imperfections in pigmented powder... view more

Mixture of acrylic polymer and silica. Acts as a flow control agent. Shows crosslinking which may provide improved stain and chemical resistance as well as increased hardness. It is compatible with... view more

Mixture of acrylic polymer and silica. Acts as a flow control agent. Shows excellent recoatability and intercoat adhesion properties. It reduces or eliminates surface defects such as orange peel... view more

Mixture of acrylic polymer and silica. Acts as a flow control agent. Shows outstanding performance, improved gloss, wet look and smoothness, compared to other classical type flow control additives... view more

Mixture of acrylic polymer and silica. Acts as a flow control agent. It imparts unique compatibilizing, anti-cratering robustness properties and smooth films. It reduces or eliminates surface... view more

Free flowing powder. Used as flow and levelling control agent in powder coatings. Offers very good outdoor durability... view more

Mixture of acrylic polymer and silica. Acts as a flow control agent. It reduces or eliminates surface defects such as orange peel, craters, pinholes, and other imperfections in pigmented powder... view more

Synthetic wax. Acts as a slip control agent, mar resistance agent and gloss control agent. It imparts slip, improves mar resistance and lower gloss in coatings. It can be used in a wide array of... view more

Polyolefin-PTFE. Acts as a scratch resistance agent, mar resistance agent, abrasion resistance agent and water repellent. It imparts slip and lower gloss in coatings. It can be used in a wide array... view more