Articles Tagged with ''Low-VOC Paint and Coatings''

The adhesion/corrosion balance of the previous study yielded significant new insights into resin design. Polymers with good wet adhesion and good corrosion resistance could be isolated, and those properties correlated back to their monomer compositions and particle morphologies.

The present study shows that the reactive diluent Tolonate X FLO 100, used in blend with conventional HDI-based polyisocyanates, can bring significant advantages to 2K polyaspartic systems.

Architectural low-VOC coatings can be formulated with dibenzoate glycol esters to have increased hardness, block resistance, gloss and scrub resistance.

This study utilized multiple hardness and tack testing procedures in order to fully understand the hardness profile of architectural paints.

In order to affect true change, we must develop products that touch on several of the change drivers, including regulatory issues, total cost of painting and performance

It is imperative for coatings manufacturers to set an example for the entire industry and produce more sustainable products and technologies that address the many problems facing our earth.

This article describes the development of siliconized UV light-cured coatings.

Zero-VOC additives help pave the way for a greener future, creating healthier alternatives to traditional VOC-heavy paints.

With more focus on environmental protection all over the world, powder coatings will have greater application prospects in the near future.