Items Tagged with 'Inorganic Pigments'

A sea-urchin-like bismuth sulfide pigment combines ultra-low visible reflectance, near-zero gloss and selective near-infrared reflectance in thin coatings.

OXERRA is investing in additional complex inorganic color pigment production in China as the pigment manufacturer expands supply capabilities and its long-term CICP platform.

The polycarboxylate-ether technology is designed to stabilize inorganic particles and reduce mill-base viscosity in alkaline waterborne systems.

LANXESS discusses how iron oxide pigment production, carbon footprint data and raw material partnerships support more sustainable coatings.

In an exclusive PCI interview, Susonity leaders explain how four sites, lab support and supply security anchor its next phase.

New composite wax additives use inorganic particles to replace PTFE and deliver surface durability without PFAS concerns.

Researchers developed a new alloy coating that outperforms current options for hydrogen combustion engine temperatures and corrosion resistance.

Raw material suppliers are advancing low-emission coatings with new iron oxide yellow pigments designed to significantly reduce the carbon footprint of formulations.

A cutting-edge anticorrosion additive endured 6,000 hours of real-world coastal testing—revealing surprising results, including the standout performance of waterborne acrylic coatings in marine environments.

The coatings industry will play a major role in our near future’s sustainable way of life. Accordingly, new generations of pigments for coatings must provide more than color for surfaces. Not only must they enable the aesthetic visual appearance through colors and effects, they are also required to contribute to a comfortable, safe, and sustainable future. This article reviews a new generation of coatings and color materials supporting the “Cool City” initiative showcased across the United States.