A new thermal insulative coating helps eliminate corrosion under insulation while offering a safer, more sustainable alternative to traditional systems.
This study evaluates waterborne polyurethane and polyacrylate resins with water-dispersible polyisocyanates to enhance corrosion resistance, durability and coating performance on metal substrates.
The anti-corrosion coating was used to coat the internal lining of three tanks, protecting them against aggressive, acidic substances. The tanks play an important role in the process of turning large amounts of shellfish byproduct into the bio-polymer chitosan.
Energy-cure coatings are expected to produce revolutionary changes in coil-centered industries, such as building materials, appliances, and HVAC. These advancements will raise the bar for more sustainable, energy-efficient, high-performance solutions, including formulations that offer durability for exterior applications and broader gloss ranges.
Bio-surfactants are a promising alternative to chemical surfactants in the development of eco-friendly and high-performance coatings due to their bio-degradability, low toxicity, renewable feedstocks, and enhanced performance in various aspects of coatings formulations.
The appointment comes in conjunction with increased exports to the EMEA region as demand increases for the company’s light, thin coatings with extreme durability and protection for mission-critical and mass transport systems.
On Demand A new emulsification technology was developed to make traditional stabilizers water dispersible. Optimized combination of several synergistic water-based UVA/HALS blends were designed to meet varying enduse performance expectations of different waterborne coating formulations.
