Special Purpose Coatings

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A coastal water tower rehabilitation paired advanced coating systems with detailed application control to deliver corrosion protection, color retention and long-term potable water performance.

Extended-durability architectural coatings improve sustainability by reducing recoating frequency, lowering VOC emissions and extending material service life.

This article examines circular reuse practices that transform unsaleable paint materials into valuable products, supporting sustainability, cost stability, and waste minimization.

This study evaluates LNG fleet operations, hull condition, biofouling levels and ISO 19030 performance metrics to assess coating efficiency over a 60-month period.

This feature presents sustainability perspectives, including research from Nagoya Institute of Technology on room-temperature defluorination and fluorine recovery from PTFE and PFAS.

Medical device demand, active coating technologies and regional healthcare investment continue to expand the global medical coatings market.

This work shows how CE10P acrylic and hybrid polyols improve flow, drying speed and appearance in acetone-rich clearcoat formulations while meeting strict VOC limits.

New research shows mitotic chromosomes are coated in a liquid-like layer that absorbs mechanical stress and helps prevent DNA damage during cell division.

Jotun's report explores how coatings and corrosion awareness can help mitigate fire hazards in oil and gas operations.

Smart coatings enable responsive and multifunctional surfaces through self-healing, antimicrobial and adaptive technologies across multiple industries.