Industrial Coatings

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Ralph Barthel of Univar Solutions discusses pigment and surface finishing challenges, from PFAS replacement and resin trade-offs to newer technologies improving coating performance.

A triple-resin coating is evaluated against multiple atmospheric stressors, with results highlighting both protective performance and a corrosion-test limitation.

Automotive coatings experts reflected on 50 years of innovation while outlining future challenges in curing, corrosion, sustainability and AI-driven R&D.

Demand for high-performance organic pigments continues to rise as packaging, automotive coatings and premium paint applications expand globally.

Low-emission epoxy curing agent delivers fast cure, high conversion and strong moisture vapor barrier performance in industrial concrete flooring systems.

Automation technologies are reshaping coating application through drones, robotics and AI-driven systems designed to improve safety, consistency and productivity.

New developments in graphene, nanoparticle and silicone additives point to more integrated performance, improved durability and evolving formulation strategies.

Powder coatings and liquid paints work together across applications, balancing durability, appearance and processing constraints in hybrid finishing systems.

Life cycle assessments are redefining how coatings sustainability is measured, linking formulation decisions to quantifiable environmental impacts and product-level transparency.

Soy-derived solvents reduce VOCs in alkyd coatings while improving corrosion resistance and flexibility, offering a viable alternative to PCBTF.