The consumer wants it all. The commonwealth wants what’s best for all. As scientists, we keep proving that we can meet that high standard. And the work is far from over.

The most effective route towards becoming truly sustainable is clearly to research, develop and promote more sustainable monomers and other raw materials into the marketplace.

This new technology drives higher sustainability options for waterborne, ambient and UV-curable polyurethane dispersion-based coatings.

Using GPC it is possible to track changes in the MW of polymer- based inks induced by the printing process. This makes it possible to study the impact of polymer concentration and of printer geometries and operating modes on polymer degradation.

Automotive customization and energy-curable technology are an excellent complimentary pair. On top of its fast cure, energy curing offers excellent chemical resistance that can pass many of the automotive crème standards and can also be tailored to have a wide variety of properties.

This article presents results comparing thermal initiation of main polymerization to redox initiation at lower temperatures.

WACKER's new Silicones R&D Center in Ann Arbor, Michigan, is dedicated to support the company’s overall business and product development in North America.

This company has taken an innovative approach to functionalizing polymer surfaces with its responsive monomers to defend against microbes.

Reactive siloxane telechelic and macromeric siloxanes with their intrinsic physical properties and control of structure are now able to extend the range of performance for both urethane- and silicone-based positive tactile interaction coatings.

Using one hundred percent-reactive methylene malonate monomers, difunctionals, multifunctionals and prepolymers, manufacturers of paints, coatings and other products can dial in a wide range of properties to produce a variety of high-performing polymer products that cure rapidly at low or ambient temperatures.