Architectural Coatings

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Cobalt carboxylates are commonly used as catalysts for the oxidative crosslinking of alkyd resins, which accelerate the drying of paints, inks, and coatings. Despite their effectiveness, alternatives are increasingly sought after.

In the realm of wood coatings, achieving a "natural look" has become a hallmark of modern design. To accomplish this, not only is low gloss required but also high transparency to preserve the vibrant colors of the wood.

AI enhances sustainable manufacturing in smart factories by optimizing processes, improving product design and ensuring compliance while reducing environmental impact.

This article explores innovations in coatings technology aimed at improving human health and sustainability, from removing harmful chemicals to introducing anti-microbial and air-purifying solutions.

A new low-bake powder coating innovation offers superior durability and sustainability for architectural surfaces, reducing energy use while ensuring high-performance protection in harsh environments.

A new one-step PCU anti-graffiti coating featuring a urethane powder, tinted to a specific color, and cured for 20 minutes offers an alternative graffiti-resistant solution.

Bio-degradable citrate esters have excellent toxicological and eco-toxicological profiles, and provide good versatility and compatibility with numerous polymers. Read how they compare to standard coalescing agents.

AI and machine learning inspire the discovery/design of new materials and the processes to manufacture them. Autonomous R&D pushes the envelope for building predictive models and platforms that drive high-throughput innovation. How did we get here so fast, and where will this global megatrend take us? 

The use of graphene as a corrosion inhibitor in industrial coatings has been widely reported, but its assets for waterborne latex resin coatings are less known. Learn how graphene boosts the performance of asphalt and architectural coatings.