MIFAST DISPERVYN VI 5048/15 by MIFAR is highly concentrated red colored disazo condensation-based pigment dispersion (50%) in vinyl chloride/ vinyl acetate copolymer (50%). It shows alkali-, acid... view more

MIFAST DISPERVYN VI 5048/15 M by MIFAR is highly concentrated red colored disazo condensation-based pigment dispersion (50%) in vinyl chloride/ vinyl acetate copolymer (50%) with excellent light... view more

MIFAST DISPERVYN VI 5049/15 by MIFAR is highly concentrated red colored naphthol AS-based pigment dispersion (50%) in vinyl chloride/ vinyl acetate copolymer (50%) with alkali-, acid-, solvent... view more

MIFAST DISPERVYN VI 5066/15 by MIFAR is highly concentrated red colored disazo condensation-based pigment dispersion (50%) in vinyl chloride/ vinyl acetate copolymer (50%). It is compatible with a... view more

MIFAST DISPERVYN VI 5078/15 by MIFAR is highly concentrated red colored benzimidazolone-based pigment dispersion (50%) in vinyl chloride/ vinyl acetate copolymer (50%) with alkali-, acid-, solvent... view more

Copper phthalocyanine. It is blue organic non-aqueous pigment dispersion. It shows a broad compatibility in various solvent-based systems, enhancing film properties while not impacting gloss and... view more

Polychlorinated copper phthalocyanine. It is green organic non-aqueous pigment dispersion. It shows a broad compatibility in various solvent-based systems, enhancing film properties while not... view more

Carbon black. It is lamp black organic non-aqueous pigment dispersion. It shows a broad compatibility in various solvent-based systems, enhancing film properties while not impacting gloss and... view more

Iron oxide. It is burnt umber brown inorganic non-aqueous pigment dispersion. It shows a broad compatibility in various solvent-based systems, enhancing film properties while not impacting gloss and... view more

Blend of disazopyrazolone and benzimidazolone. It is orange organic non-aqueous pigment dispersion. It shows a broad compatibility in various solvent-based systems, enhancing film properties while... view more