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.
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.
By combining an advanced polymeric additive structure with macromonomer functionality with functional groups that can covalently bond to an epoxy system, a new type of additive with superior properties could be generated.
By understanding how additive performance can be affected by formulation change, formulators can identify potential problems and work with their suppliers to find answers faster.
The Lubrizol Corp.'s Performance Coatings business is forming a new global Center of Excellence at its Ritterhude, Germany, facility, centralizing the research, testing, and production of surface-modifier technology for coatings and inks.
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