January 15, 2018 - United States Of America
January 15, 2018 - United States Of America
The new innovations comprises various technologies such as Aptalon polyamide polyurethane technology, Solsperse water-borne hyperdispersant technology, Carboset acrylic resin technology, PowderAdd micronized wax technology and Lanco micronized wax technology.
Aptalon is a water-borne, self-crosslinking polyurethane dispersion integrating polyamide polyol technology designed for outstanding protection in high performance metal applications. Solsperse is a multi-purpose dispersant which stabilises and disperses particles at lower dosages than current alternatives in water-based paints, inks, and concentrates, saving money and improving film properties. Carboset is a direct-to-metal acrylic resin that delivers excellent corrosion protection and chemical resistance. PowderAdd enables unique matting and texturing effects for powder coated metal surfaces. Lanco delivers matting efficiency while providing high scratch and mar resistance for wood and metal applications.
Lubrizol experts will present two technical presentations at the conference that will be helpful to the coating formulators. First presentation, on April 9, will focus on 'Design of Pigment Dispersants for High Performance Applications'. The second, on April 10, will cover 'Aesthetic Value in Polyamide-Based Polyurethane Coatings'. In addition, Lubrizol will deliver four product presentations on innovative chemistries that enable formulators to design new performance capabilities into their coatings.
"The American Coatings Show is one of the most widely attended events that will impact our industry," said Steve Blashka, business director, Lubrizol Performance Coatings North America. "It presents an outstanding opportunity for us to raise awareness about new Lubrizol technologies and their value in modern coating formulations. We've been busy innovating, and we look forward to discussing how our latest products and expertise can bring value to our customers' brands through differentiated coating performance." (RR)