Industrial Coatings

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

This study has shown that low-VOC waterborne fluorourethane paints can be formulated that are equal to the performance of solventborne fluorourethane paints when used on metal.

Polycaprolactone polyols should preferably be used as resin modifiers in formulations that are needed to be taken to the next level. They can be used in formulations that need a twist in the right direction to meet VOC regulations and tough technical demands.

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

Advances in microencapsulation have enabled development of smart coatings that can heal themselves if damaged.

Given the overall lack of commitment to smart coatings as a class of materials, we see investment in or acquisitions of innovative smaller firms that are specifically smart coatings focused as an entry point for companies looking the pursue these markets.

Through collaborative research methods, new solutions are becoming available to meet rising industry needs from decreasing your VOC footprint to using polymer technology to bridge the gap in packaging and coating needs.

The silicone-epoxy hybrid resin technology combines the positive effects of an aliphatic epoxy resin, like corrosion protection and chemical resistance, with the UV resistance and low yellowing characteristics of an alkoxy silicone resin.

PPG Industries recently released its annual automotive color popularity data.

An iconic tram car built in 1901 has been restored back in to its original livery thanks to the help of HMG Paints’ color matching expertise and professional painting team