Special Purpose Coatings

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Water-based DTM coatings present unique formulation challenges, requiring innovative resin and additive combinations to enhance adhesion, corrosion resistance and durability.

A study by the University of Missouri reveals how plastic-coated fertilizers release microplastics into soil, raising concerns about long-term environmental and health risks.

A new carboxylic-functional ultramatte binder for 2K coatings enhances durability, self-healing and environmental performance, offering a breakthrough in matte coating technology.

Researchers developed a superhydrophobic textile coating from discarded fabrics — a promising alternative to fluorinated finishes in apparel applications.

Industry-wide regulatory pressure is pushing coatings manufacturers to assess PFAS use, explore alternatives and prepare for sweeping chemical restrictions.

A new terahertz robotic solution is revolutionizing automotive and aerospace manufacturing by eliminating paint waste and improving coating quality, with precision measurements down to 1 micron.

Researchers tested natural coatings and light-based techniques to prevent food spoilage and reduce waste without relying on synthetic chemicals.

Researchers at Chulalongkorn University developed a nano-coating varnish that extends the lifespan of documents and artworks, protecting them from decay and discoloration.

Digitalization, and the Safe and Sustainable by Design (SSbD) framework are shaping the future of safer, more sustainable inks, paints and coatings.

This study evaluates waterborne polyurethane and polyacrylate resins with water-dispersible polyisocyanates to enhance corrosion resistance, durability and coating performance on metal substrates.