Paint and Coating Resins & Polymers

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The laboratory will support the formulation needs for pigments, resins, performance and formulation additives that are used in transportation, industrial, furniture and floor coatings, and plastics applications.

Extensive testing demonstrates that this dispersion technology enables waterborne alkyds that offer a performance level significantly exceeding currently available waterborne alternatives and equal to – and in some cases better than – solventborne alkyds.

Wet-look enhancement is intended to provide a lasting, water-soaked appearance. Enhancing materials intensify existing substrate color and aesthetic appeal by making subdued tones and colors brighter.

This work has established a place for some novel new polyols with high recycle content combined with high performance for specialty coating applications, where protection of metal surfaces is of prime importance.

This article describes several new dendritic acrylate oligomers with varying structure that may find uses in coatings and pigmented inks.

While there may be a tendency to bemoan increased regulations, one can also reflect on the innovation that has been achieved as a result of these perceived and actual constraints.

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.

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.

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.