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Coatings Ingredients

Case Study

High-performance coatings are required to protect metal from corrosion in demanding industries like oil and gas, heavy equipment and mining. While coating performance has been improved to provide...

Case Study

Polyurethane wood coatings are frequently exposed to harsh environments such as heat, UV, stains, scratch and abrasion. For this, they have to be highly resistant to heat, UV, hydrolysis...

Case Study

Coatex has designed Coadis™ BR 85 and Coapur™ XS 22 solutions to address the recurrent challenge (high gloss, good stability...) of Alkyd emulsion based formulations. Coadis™ BR 85 and Coapur™ XS 22...

Case Study

Coadis™ 144 A is a pigment dispersant specifically designed for a wide variety of rutile TiO2. It provides outstanding performance to a broad spectrum of waterborne exterior and interior coating...

Case Study

Rhodoline® FT-100 is a low odor, APE-free & Zero VOC solution dedicated to develop coatings with Ecolabel compliance, excellent freeze-thaw stability in addition to improved gloss...

Case Study

Struggling to formulate high-performance metal coil coatings with a high level of jetness while maintaining an appropriate viscosity for processing and application? Raven® 1185 Ultra® Carbon Black...

Case Study

Are long lasting, high-performance coatings critical to your business? While minimizing maintenance work and end-user cost, they also ease the workload by providing application flexibility. To meet...

Case Study

Solvay’s Rhodoline® OTE-500 is an open time extender additive for water based coatings, colorants developed with an innovative patented technology.  This liquid additive increases open time and wet...

Case Study

Based on a proprietary technology, Rheotech™ 2800, a Coatex VOC-free and APEO-free associative thickener enables to avoid color float, increase tinting strength and limit viscosity drop. Rheotech™...

Case Study

Ecodis™ and Coadis™ dispersants enable the optimization of TiO2 in water-based matt & flat paints. Thanks to these dispersants, formulators can use less TiO2 and also get better optical properties...
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