11.12.2009 • Product

New Range of High Gloss Products

DSM NeoResins+ ­announced the launch of a new range of waterborne 2-component (2K) polyurethane coatings that are completely solvent-free and deliver high gloss, body and filling performance. DSM featured three new product introductions: NeoCryl XK-531, Neo­Cryl 541, and NeoCryl XK- 555 which are designed for metal applications and are the company's first high gloss and solvent-free waterborne 2K PUR resins.
DSM developed the new range of high gloss products through a combination of their expertise and technologies in solvent borne acrylics and waterborne acrylic emulsions. The new process is based on an optimization of ‘secondary emulsion technology' that enables the production of solvent-free waterborne 2K PUR resins.
The new non-VOC emulsions allow high blister free film build coatings that enable the creation of ‘Perfect Layers'. Because they contain no solvents, they also offer greater freedom to paint manufacturers in their formulations. This allows formulators to make paints with a solvent content of less than 100g/l, whereas until now waterborne 2K paints have had solvent contents of 200 g/l or more. These new products will therefore make it possible to reduce VOC emissions by as much as 50 %. This is combined with excellent performance and appearance characteristics, comparable to those of solvent borne 2K polyurethane systems.

Interview

Specialty Chemicals in a Shifting World
Adapting to Tariffs and Strengthening Regional Networks

Specialty Chemicals in a Shifting World

Jennifer Abril, President & CEO of SOCMA, discusses the impact of new tariffs and the importance of regional supply networks in the specialty chemical industry.

Free Virtual Event

Vaccine Manufacturing
Bioprocess Forum

Vaccine Manufacturing

Join global experts and innovators for a two-day virtual event exploring the latest breakthroughs and best practices in vaccine manufacturing. Discover how new technologies and process innovations are shaping the future of vaccine production, safety, and scalability.