Natural mica flakes coated by titanium dioxide. Provides semi-matt color with very smooth and gentle luster. Exhibits gloss, easy dispersion, chemical stability and nontoxic characteristics... view more

Natural mica flakes coated by titanium dioxide. Provides semi-matt color with very smooth and gentle luster. Exhibits gloss, easy dispersion, chemical stability and nontoxic characteristics... view more

Natural mica flakes coated by titanium dioxide. Provides semi-matt color with very smooth and gentle luster. Exhibits gloss, easy dispersion, chemical stability and nontoxic characteristics... view more

Natural mica flakes coated by titanium dioxide. Provides semi-matt color with very smooth and gentle luster. Exhibits gloss, easy dispersion, chemical stability and nontoxic characteristics... view more

Natural mica flakes coated by titanium dioxide. Provides semi-matt color with very smooth and gentle luster. Exhibits gloss, easy dispersion, chemical stability and nontoxic characteristics... view more

Diethanolamine. Acts as an alkaline agent, curing agent and humectant. It is formed by the reaction of monoethanolamine with ethylene oxide. Exhibits low volatility at room temperature. Compatible... view more

Diethanolamine in aqueous solution. Acts as an alkaline agent, curing agent and humectant. It is a modified version of diethanolamine (DEA) that facilitates handling, by reducing the potential to... view more

Monoethyleneglycol ethyl ether acetate. Acts as a coalescing agent, evaporation retarder and active solvent. It results from the reaction of the ethyl ether derived from monoethylene glycol (ethyl... view more

Monoethanolamine. Acts as an alkaline agent, curing agent and humectant. It is the simplest of all ethanolamines and results from the reaction of ammonia with ethylene oxide. Exhibits low volatility... view more

Monoethyleneglycol butyl ether acetate. Acts as a coalescing agent as well as active solvent or evaporation retardant. It is obtained from the reaction of the butyl ether derived from monoethylene... view more