VpCI®-386 is an organic water-based acrylic coating that provides superior multimetal corrosion protection in harsh, outdoor, unsheltered applications, incorporating Cortec's unique VpCI technology.

With the rise in the number of green commercial projects with tough VOC restrictions, many painters are frustrated with the lack of an acceptable solution for areas traditionally coated with alkyd coatings.

One of the challenges of formulating waterborne architectural coatings is achieving an acceptable balance of properties both during application and in the final film.

In the past, retailers were fined for selling paint that exceeded the legal VOC limits.

Sherwin-Williams Polysiloxane XLE-80 HAPS Free epoxy siloxane meets the requirements of the U.S. Navy.

This article is Part 1 of a four-part series on converting to an integrated tinting system.

The growth today in waterborne and radiation-cured coatings and inks far exceeds that of its solventborne equivalents. The need for lower VOCs, “greener” materials, improved food safety and reduced economics

Selecting the right rheology package is the key to formulating optimized waterborne basecoats that possess desirable application fitness and best finishing appearance.

A new concourse at the San Jose International Airport in California is the first monumental architectural project constructed with DURANAR® powder coatings.

The results presented in this article show that the use of the next-generation Chroma-Chem® 897 waterborne no-VOC colorants can help paint formulators comply with current and developing VOC coating requirements.