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.
A cutting-edge anticorrosion additive endured 6,000 hours of real-world coastal testing—revealing surprising results, including the standout performance of waterborne acrylic coatings in marine environments.
Abrasive blasting prepares military vehicles for repairs, corrosion control and camouflage adaptation, ensuring operational readiness and extended asset lifespan.
Custom test methods, tailored to field conditions, address limitations of standardized tests, improving coating performance with practical solutions for real-world applications.
Scientists are investigating whether painting wind turbine blades black can reduce bird collisions, inspired by promising results from international studies.
Rice scientists developed nanocrystals that effectively kill bacteria under visible light, paving the way for advancements in antimicrobial treatments.
Engineers from RMIT University have invented a protective coating for concrete pipes that could help drastically reduce the formation of fatbergs in sewers.
Tomato peels transformed into a bio-based coating offer water, oil and grease resistance, heat sealability and a sustainable alternative for food packaging.
Polyols made with captured CO₂ offer coatings manufacturers a sustainable option that maintains durability and performance, supporting both quality and environmental goals.
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