Waterborne Coatings

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

A practical guide to assessing regulatory requirements, technical data, and performance characteristics when evaluating raw materials for latex paint.

Advanced oleophilic filtration technologies help automotive manufacturers prevent silicone oil defects, protect finish quality and maintain stable high-performance coating operations.

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

Advanced coating systems protect new and rehabilitated wastewater infrastructure in Sioux Falls, supporting long-term durability under severe immersion and corrosive conditions.

Modular coating platforms combine antimicrobial, hydrophobic and durability features in customizable formulations engineered for efficiency, performance and multifunctional protection.

PPG announced its waterborne basecoat technology was used in an AI-designed robotic mural created during a live public art event in the Czech Republic.

Understanding how TiO₂ surface chemistry influences dispersion, stability and formulation behavior helps improve consistency and reduce variability in paint and coatings.

Bio-based citrate esters and xanthan gum offer sustainable alternatives in paint formulations, reducing VOCs while maintaining application and performance.

A technical look at high-performance ceramic coatings, spotlighting nanotechnology, self-healing systems and sustainable formulations shaping automotive and aerospace applications worldwide.