MIFAST DISPERCAP AP 2083/60 by MIFAR is highly concentrated disazo-based yellow colored pigment dispersion (60%) in cellulose acetate propionate resin (40%) for use in overprint varnishes and... view more

MIFAST DISPERCAP AP 2413/60 by MIFAR is highly concentrated disazo-based yellow colored pigment dispersion (60%) in cellulose acetate propionate resin (40%). It provides higher pigment... view more

MIFAST DISPERCAP AP 3035/35 by MIFAR is highly concentrated carbon black-based pigment dispersion (60%) in cellulose acetate propionate resin (40%) for use in overprint varnishes and plastic... view more

MIFAST DISPERCAP AP 3060/60 by MIFAR is highly concentrated carbon black-based pigment dispersion (60%) in cellulose acetate propionate resin (37%) and (3%) plasticizer. It exhibits excellent light... view more

MIFAST DISPERCAP AP 4034/60 by MIFAR is highly concentrated disazopyrazolone-based orange colored pigment dispersion (60%) in cellulose acetate propionate resin (40%). It provides higher pigment... view more

MIFAST DISPERCAP AP 5122/60 by MIFAR is highly concentrated quinacridone-based pink colored pigment dispersion (60%) in cellulose acetate propionate resin (40%) with good light fastness. Its... view more

MIFAST DISPERCAP AP 5184/60 by MIFAR is highly concentrated naphthol AS-based red colored pigment dispersion (60%) in cellulose acetate propionate resin (40%). It contains (10%) plasticizer. Its... view more

MIFAST DISPERCAP AP 5481/60 by MIFAR is highly concentrated 2B toner barium monoazo-based red colored pigment dispersion (60%) in cellulose acetate propionate resin (40%) with butter- and soap... view more

MIFAST DISPERCAP AP 5482/60 by MIFAR is highly concentrated 2B toner calcium monoazo-based red colored pigment dispersion (60%) in cellulose acetate propionate resin (40%) with butter- and alkali... view more

MIFAST DISPERCAP AP 5531/60 by MIFAR is highly concentrated barium base monoazo-based red colored pigment dispersion (60%) in cellulose acetate propionate resin (40%). It provides higher pigment... view more

MIFAST DISPERCAP AP 5571/60 by MIFAR is highly concentrated 4B toner calcium monoazo-based red colored pigment dispersion (60%) in cellulose acetate propionate resin (40%). Its benefits include... view more

MIFAST DISPERCAP AP 6153/60 by MIFAR is highly concentrated beta copper phthalocyanine-based blue colored pigment dispersion (60%) in cellulose acetate propionate resin (40%). It is designed for use... view more

MIFAST DISPERCAP AP 6154/60 by MIFAR is highly concentrated beta copper phthalocyanine-based blue colored pigment dispersion (60%) in cellulose acetate propionate resin (40%) with excellent light... view more

MIFAST DISPERCAP AP 7023/60 by MIFAR is highly concentrated dioxazine-based violet colored pigment dispersion (60%) in cellulose acetate propionate resin (40%). It provides higher pigment... view more

MIFAST DISPERCAP AP 8000/80 by MIFAR is highly concentrated titanium dioxide-based pigment dispersion (80%) in cellulose acetate propionate resin (20%). It provides higher pigment concentration... view more

MIFAST DISPERCAP AP 9007/60 by MIFAR is green colored highly concentrated polychlorinated copper phthalocyanine-based pigment dispersion (60%) in cellulose acetate propionate resin (40%). Its... view more

MIFAST DISPERCAP AP 9007/64 by MIFAR is green colored highly concentrated polychlorinated copper phthalocyanine-based pigment dispersion (50%) in cellulose acetate propionate resin (40%) with... view more

MIFAST DISPERCRYL AW 2083/78 by MIFAR is yellow colored highly concentrated disazo-based pigment dispersion (52%) in acrylic polymer (49%) with good light fastness. Its benefits include dust-free... view more

MIFAST DISPERCRYL AW 2413/78 by MIFAR is yellow colored highly concentrated disazo-based pigment dispersion (55%) in acrylic polymer (45%). Its benefits include dust-free environment in work space... view more

MIFAST DISPERCRYL AW 3004/50 by MIFAR is highly concentrated carbon black pigment dispersion (46%) in acrylic polymer (54%). It provides higher pigment concentration, application uniformity, maximum... view more