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Novel enabling technologies were developed to quantify both wet and dry coating properties and augment traditional measurement methods.

The desire for lower-VOC coatings coupled with growing interest in daylighting to reduce building energy consumption are driving interest in low-VOC acrylic systems that deliver signature UV resistance while meeting the need for durability in high-traffic commercial and institutional architecture.

Cost-designed pigment preparations can replace standard lead chromates. Pigment preparations and hybrid pigments formulated with weather-fast organic pigments are not inferior to stabilized lead chromates and can even outperform standard products

Certain silicone technology, like silicone resin emulsions, can provide a significant decrease in dirt pick up from exposure due to the hydrophobic properties.

Bio-succinic acid improves the quality of resins and coatings with value-added application benefits.

The dual-purpose system makes the process more ergonomic, less physically taxing and cleaner.

AODD pumps offer the leak-free and shear-sensitive operation that is mandatory when working with coatings.

It is concluded that for coating applications in medical devices, microcratch and nanoscratch are useful and quantitative approaches for examining coating-to-substrate adhesions.

In automotive refinishing, this technology offers end users a drop-in solution that can accelerate cycle time, help improve profits and reduce material waste – all while providing an enhanced environmental, health and safety profile.

The aim of this study was to design hydrophobic or super hydrophobic coatings based on sol-gel chemistry by incorporating hydrophobic moieties and controlling surface morphology.