This study evaluates waterborne polyurethane and polyacrylate resins with water-dispersible polyisocyanates to enhance corrosion resistance, durability and coating performance on metal substrates.
The coatings industry faces rising sustainability challenges, but innovation is driving solutions — from PFAS-free alternatives to low-carbon raw materials and regulatory-driven advancements.
ATO-based antistatic coatings outperform PEDOT and fluorinated additives, offering PFAS-free protection and superior stability, especially in PSAs for LCD polarizers to prevent static discharge.
Advancements in low-temperature-cure powder coatings explore challenges in formulation, manufacturing limitations, and innovative solutions for improved efficiency and performance.
An introduction to isocyanates in coatings, covering types, properties, reactivity and key formulation considerations for self-leveling urethane systems.
The University of South Florida reduced cooling costs and improved energy efficiency by applying a heat-reflective exterior coating that lowers building surface temperatures by up to 40 °F.
A new thermal additive enhances energy efficiency and fire resistance, reducing heat absorption, improving emissivity, and meeting stringent environmental and building performance standards.
Flat roofs face aging and weathering challenges from solar radiation, moisture and pollutants. This study explores polymer dispersions' impact on elastomeric roof coatings' durability, flexibility and chalking resistance.
Self-leveling coatings offer high-build, durable solutions for concrete floors, addressing issues like uneven surfaces, water pooling and abrasion resistance.
Researchers have developed a formula to predict when cracks will form in drying clay, a breakthrough that could enhance the durability of paint and coatings.
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