Chroma-chem® 73-30408 by Vibrantz Technologies (formerly Chromaflo) is a copper-phthalocyanine pigment dispersion. It is designed to provide tint to UV and PMMA coatings. It optimizes the opacity and transparency of the pigments. It shows... view more

Chroma-chem® 73-30421 by Vibrantz Technologies (formerly Chromaflo) is a copper-phthalocyanine pigment dispersion. It provides an effective way to tint UV and PMMA coatings. It shows compatibility with methyl methacrylate floor coatings. It... view more

Chroma-chem® UCD® 4820SF by Chromaflo Technologies is copper-phthalocyanine pigment dispersion for epoxy-, polyester- and polyurethane coatings. It provides a broad color spectrum in colorless... view more

Chroma-chem® UCD® 4830SF by Chromaflo Technologies is copper-phthalocyanine pigment dispersion for polyester-, epoxy- and polyurethane coatings. It shows excellent light-, acid- and alkali fastness... view more

It is based on a high molecular and wide compatible dispersing agent. Has stable flocculation resistance, good resistance to corrosion, water and mottling. Possesses very good mechanical properties... view more

It is based on a high molecular and wide compatible dispersing agent. Has stable flocculation resistance, good resistance to corrosion, water and mottling. Possesses very good mechanical properties... view more

VOC-free, non-sintering, acrylic-based phalocyanine(40%). It is a blue colored pigment dispersion. It contains CAB as an additive to reduce pigment wetting. Exhibits excellent light fastness and... view more

Chroma-chem® 850-7240 by Vibrantz Technologies (formerly Chromaflo) is copper-phthalocyanine pigment dispersion. It is designed for reactive- and high-performance industrial coatings. It is based on low molecular weight, unique... view more

Chroma-chem® 850-7340 by Vibrantz Technologies (formerly Chromaflo) is copper-phthalocyanine pigment dispersion for reactive- and high-performance industrial coatings. It is suitable for UV- and non-aqueous coatings. It is based on low... view more