A comprehensive guide to the systems, chemistry, and performance of modern paint tinters.
Designed for use in point-of-sale tinting equipment to be compatible with both water-borne latex paints and solvent-borne alkyd paints[cite: 150, 151].
Formulated specifically for water-based systems, often providing performance benefits over universal versions in those specific applications[cite: 136, 137].
Modern formulations that minimize or eliminate volatile organic compounds to meet environmental and health regulations[cite: 156, 162].
Distinguishes between colorants added during mass manufacturing versus those used at retail outlets for custom color matching[cite: 140, 142].
Concentrated pastes containing organic or inorganic pigments (e.g., Phthalo Green, Yellow Iron Oxide, Carbon Black)[cite: 62].
Nonionic or polymeric systems that displace air to wet pigments and stabilize them against flocculation[cite: 237, 246].
The use of both latex-compatible and alkyd-compatible surfactants (often with varying HLB values) to allow universal application[cite: 159, 160].
Added to prevent the colorant from drying out and clogging dispensing equipment at the point-of-sale[cite: 153].
Includes rheology modifiers to control paste flow and stabilizers for freeze-thaw resistance[cite: 15, 245].
Measurement of volatile emissions, with a shift toward <10 ppm "No-VOC" classifications[cite: 311].
Formulations being "labeling-free" in the EU or meeting specific APEO-free (alkyl phenol ethoxylate-free) requirements[cite: 238, 265].
Focus on non-dangerous substances that respect consumer health and environment[cite: 301, 302].
