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Temperature control in 2K coating processes improves component mixing, induction time management and viscosity stability, helping manufacturers reduce waste and improve application outcomes.

This paper examines aluminum flake treatments, stabilization, and delivery forms to approach chrome-like effects in modern waterborne coating systems.

Experimental data and simulation insights show how physicochemical parameters can guide additive selection for dispersants in coatings formulations.

Shifting tax, trade and regulatory policies are reshaping the chemical supply chain, creating both challenges and opportunities for paint and coatings manufacturers.

Even amid tariffs, tightening supply chains, and shifting regulations, coatings distributors are leaning on technical expertise, digital tools, and sustainable solutions to shape the industry’s future.

Replacing PTFE in fine-texture powder coatings requires higher additive dosages, rebalanced formulations and extensive performance validation.

A new report explores how bio-based, waterborne and low-VOC technologies are transforming the American paints and coatings market.

Rice University researchers developed a boron nitride-based glass coating that resists wear and reduces heat loss for greater energy efficiency.

Five proven strategies show how repairers can improve workflow, reduce costs and strengthen customer satisfaction.

Half of Holyhead station was painted with a traditional system, while the other half used a next-generation inhibitor for comparison.