MIFAST DISPERVYN VD 5005/02 by MIFAR is highly concentrated pink colored quinacridone-based pigment dispersion (50%) in hydroxyl modified vinyl chloride/ vinyl acetate copolymer (50%). Its benefits... view more

MIFAST DISPERVYN VD 5005/20 by MIFAR is highly concentrated pink colored quinacridone-based pigment dispersion (50%) in hydroxyl modified vinyl chloride/ vinyl acetate copolymer (50%). Its benefits... view more

MIFAST DISPERVYN VD 5011/20 by MIFAR is highly concentrated red colored 2B toner barium monoazo-based pigment dispersion (55%) in hydroxyl modified vinyl chloride/ vinyl acetate copolymer (45%). It... view more

MIFAST DISPERVYN VD 5012/10 by MIFAR is highly concentrated red colored 2B toner calcium monoazo-based pigment dispersion (55%) in hydroxyl modified vinyl chloride/ vinyl acetate copolymer (45%). It... view more

MIFAST DISPERVYN VD 5012/20 by MIFAR is highly concentrated red colored 2B toner calcium monoazo-based pigment dispersion (55%) in hydroxyl modified vinyl chloride/ vinyl acetate copolymer (45%). It... view more

Monoazo. It is naphthol red BS organic pigment solvent-free chip dispersion. It meets with the durability and transparency requirements of most high performance applications. It is compatible with... view more

Anhydrous iron oxide. It is red inorganic pigment solvent-free chip dispersion. It meets with the durability and transparency requirements of most high performance applications. It is compatible... view more

Anhydrous iron oxide. It is transparent red inorganic pigment solvent-free chip dispersion. It meets with the durability and transparency requirements of most high performance applications. It is... view more

Monoazo. It is lithol rubine red organic pigment solvent-free chip dispersion. It meets with the durability and transparency requirements of most high performance applications. It is compatible with... view more

Monoazo. It is lithol rubine organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high performance... view more