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 DISPERCEL NC 6010/40 by MIFAR is highly concentrated blue colored beta copper pthalocyanine-based (55%) organic pigment dispersion in very low viscosity alcohol soluble nitrocellulose resin... view more

MIFAST DISPERCEL NC 6010/60 by MIFAR is highly concentrated blue colored beta copper pthalocyanine-based (60%) organic pigment dispersion in very low viscosity alcohol soluble nitrocellulose resin... view more

MIFAST DISPERCEL NC 6010/70 by MIFAR is highly concentrated blue colored beta copper pthalocyanine-based (70%) organic pigment dispersion in very low viscosity alcohol soluble nitrocellulose resin... view more

MIFAST DISPERCEL NC 6013/40 by MIFAR is highly concentrated blue colored ferric ammonium ferrocyanide-based (60%) inorganic pigment dispersion in very low viscosity alcohol soluble nitrocellulose... view more

Modified polystyrene resin with dyestuffs. Contains approximately 45% fluorescent pigment dispersed in water. Offers a bright, submicron, high strength fluorescent pigment particle. It is more... view more

Radglo® AFN-20 by Radiant Color is a modified polystyrene resin with dyestuffs. Contains approximately 45% fluorescent pigment dispersed in water. Offers a bright, submicron, high strength fluorescent... view more

Modified polystyrene resin with dyestuffs. Contains approximately 45% fluorescent pigment dispersed in water. Offers a bright, submicron, high strength fluorescent pigment particle. It is more... view more

Solid solution of dyestuffs in a thermoplastic glycol-uril, sulphonamidemelamine-paraformaldehyde resin. It is high strength, transparent fluorescent colorant. It is more fugitive than conventional... view more

Solid solution of dyestuffs in a thermoplastic glycol-uril, sulphonamidemelamine-paraformaldehyde resin. It is high strength, transparent fluorescent colorant. It is more fugitive than conventional... view more