Chroma-chem® Spartacryl PM® 60325 by Vibrantz Technologies (formerly Chromaflo) is a yellow colored iron oxide pigment dispersion for tinting and full pigmentation of most solvent-based industrial coatings. It contains non-functional acrylic polymer as... view more

Chroma-chem® Spartacryl PM® 60413 by Vibrantz Technologies (formerly Chromaflo) is a diarylide yellow pigment dispersion with light fastness, acid- and alkali resistance. It is designed for tinting and full pigmentation of most solvent-based industrial... view more

Chroma-chem® Spartacryl PM® 60427 by Vibrantz Technologies (formerly Chromaflo) is a yellow-colored diarylide pigment dispersion with light fastness, acid- and alkali resistance. It is designed for tinting and full pigmentation of most solvent-based... view more

Chroma-chem® Spartacryl PM® 60432 by Vibrantz Technologies (formerly Chromaflo) is a yellow-colored iron oxide pigment dispersion for tinting and full pigmentation of most solvent-based industrial coatings. It allows for high pigment solids. It is... view more

Chroma-chem® Spartacryl PM® 60445 by Vibrantz Technologies (formerly Chromaflo) is a yellow colored monoazo pigment dispersion for tinting and full pigmentation of most solvent-based industrial coatings. It allows for high pigment solids. It is... view more

Chroma-chem® Spartacryl PM® 60626 by Vibrantz Technologies (formerly Chromaflo) is a yellow colored diarylide pigment dispersion for tinting and full pigmentation of most solvent-based industrial coatings. It shows light fastness, acid- and alkali... view more

Chroma-chem® Spartacryl PM® 60661R by Vibrantz Technologies (formerly Chromaflo) is a yellow-colored antimony nickel-titanium oxide pigment dispersion with lightfastness, acid- and alkali resistance. It is designed specifically for use in... view more

Chroma-chem® Spartacryl PM® 60662R by Vibrantz Technologies (formerly Chromaflo) is a yellow-colored chrome antimony titanate pigment dispersion with light fastness, acid- and alkali resistance. It is designed specifically for use in high-performance... view more