TINT-AYD® ST colorants are solvent- based acrylic colorants for tinting high-performance industrial coatings. These colorants have broad compatibility and are an exceptional universal tinting system for multiple coatings chemistries. Tint- Ayd® ST colorants are stable, free- flowing solvent-based concentrates recommended for use in high- performance single or two- component solvent-based industrial coatings. They have excellent compatibility with a wide variety of coatings and have a rheological profile suitable for most tinting applications.

TINT-AYD® ST colorants are solvent- based acrylic colorants for tinting high-performance industrial coatings. These colorants have broad compatibility and are an exceptional universal tinting system for multiple coatings chemistries. Tint- Ayd® ST colorants are stable, free- flowing solvent-based concentrates recommended for use in high- performance single or two- component solvent-based industrial coatings. They have excellent compatibility with a wide variety of coatings and have a rheological profile suitable for most tinting applications.

TINT-AYD® ST colorants are solvent- based acrylic colorants for tinting high-performance industrial coatings. These colorants have broad compatibility and are an exceptional universal tinting system for multiple coatings chemistries. Tint- Ayd® ST colorants are stable, free- flowing solvent-based concentrates recommended for use in high- performance single or two- component solvent-based industrial coatings. They have excellent compatibility with a wide variety of coatings and have a rheological profile suitable for most tinting applications.

The UCD® V Line colorants have been designed for broad use in modern coatings. These products have closely controlled color strength and viscosity to permit reproducible color matches by volumetric machine dispensers or weight measurement in the plant. The colorant vehicle consists of a low-molecular weight, automotive type, acrylic resin dissolved in propylene glycol monomethyl ether (PM) acetate. This combination provides superior compatibility with most modern solvent-based coatings.