Luconyl® Blue 6890 by Sun Chemical (DIC) is a glycol-containing opaque blue dispersed pigment with 40% pigment concentration. It shows excellent freeze and thaw properties. Luconyl® Blue 6890 is... view more

Luconyl® Blue 6900 by Sun Chemical (DIC) is an alpha-modified copper phthalocyanine blue pigment (PB 15:1). It is a fully dispersed product form of organic & inorganic pigments consisting of a broad... view more

Luconyl® Blue 7080 by Sun Chemical (DIC) is a beta-modified, glycol-containing, copper phthalocyanine-based pigment preparation. It is designed for IPT decorative water-based systems. It exhibits... view more

Luconyl® NG Blue 6120 by Sun Chemical (DIC) is a VOC & SVOC-free, ultramarine-based pigment preparation. It is optimized for dispenser dosing and is suitable fot IPT & POS systems. Exhibits high... view more

Luconyl® NG Blue 6310 by Sun Chemical (DIC) is a VOC- & SVOC-free, Co/Al oxide-based pigment preparation. Exhibits interior and exterior performance. It is suitable for water-based decorative... view more

Luconyl® NG Blue 6900 by Sun Chemical (DIC) is a VOC- & SVOC-free, Cu phthalocyanine, alpha-modified aqueous pigment preparation. It is suitable for IPT and POS decorative water-based systems... view more

Luconyl® NG Blue 7080 by Sun Chemical (DIC) is a VOC- & SVOC-free, Cu phthalocyanine, beta-modified, aqueous pigment preparation. It is suitable for IPT and POS decorative water-based systems... view more

Luconyl® NG Blue EH 0843 (6310) by Sun Chemical (DIC) is an inorganic pigment preparation based on cobalt (Co)/aluminum (Al) oxide complex. It provides optimal dispersion and easy coloration of... view more

Luconyl® NG Blue EH 0845 (6120) by Sun Chemical (DIC) is an ultramarine pigment preparation. It exhibits optimal dispersion. It provides easy coloration of paints and coatings. Recommended for... view more

Luconyl® NG Blue EH 0848 (6901) by Sun Chemical (DIC) is an a-stabilized copper (Cu) phthalocyanine pigment preparation. It offers easy coloration of paints and coatings. It possesses optimal... view more