Solventborne Coatings

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An emissions-control specialist explains how capture design, oxidizer selection, heat recovery and future capacity shape VOC-control decisions for coating operations.

PPG researchers explore how thermolatent tin catalyst design changes the balance between working time and low-temperature cure in polyurethane coatings.

Tests in water-reducible and high-solids enamels compare dispersion, viscosity, suspension stability and sag resistance across aqueous and solvent systems.

New testing examines how thixotropic thickeners influence dispersion, viscosity, syneresis and sag resistance across paint formulations.

Aftermarket growth continues to support refinish coatings, even as formulation and performance expectations evolve.

This work shows how CE10P acrylic and hybrid polyols improve flow, drying speed and appearance in acetone-rich clearcoat formulations while meeting strict VOC limits.

Waterborne alkyds require tailored emulsifier strategies, with resin architecture, emulsifier type and neutralization parameters determining stability, hardness, drying and paint performance.

This study evaluates how open time extending additives influence open time, wet edge, viscosity, gloss and blocking across architectural and wood coatings.

This article details how aerosol paint systems align can design, propellants and water-based chemistries with air quality rules to ensure consistent performance.

An introduction to isocyanates in coatings, covering types, properties, reactivity and key formulation considerations for self-leveling urethane systems.