Deliver proven strength and stability with Versatic™ acids, versatile building blocks for chemical intermediates used in tire adhesives, paint driers, PVC heat stabilizers, chemical processing catalysts, unsaturated polyester cure catalysts, wood preservatives, and fuel additives.
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Strong formulations create stronger results all the way down the line. Versatic™ acids and derivatives help manufacturers engineer products that do more for the customers who rely on them—from coatings that hold up longer to products better equipped to meet rising safety and compliance demands.
That advantage starts in the molecular structure. Products in this portfolio, including Versatic acid 5 and Versatic acid 10, create a protective effect that helps boost toughness and resistance in demanding applications. Thanks to highly branched alkyl groups containing a tertiary alpha carbon atom, they outperform linear and secondary acids where durability and compatibility matter most.
The result is chemistry that helps customers balance durability, versatility, and evolving regulatory demands without compromising end-use performance.
Engineer materials with excellent hydrolytic stability and resistance to heat and to attack from a wide variety of chemical agents with chemistry designed to improve resistance from the inside out.
Support finished products that hold up longer in use, extend product life, and build customer loyalty.
Move away from higher-risk legacy materials with alternatives that support evolving safety and regulatory requirements.
Help meet changing market and regulatory expectations while maintaining the performance standards customers count on.
Work across coatings, adhesives, polymers, and specialty chemical systems with chemistry adaptable to a wide range of formulation needs.
Create products with the durability, stability, and resilience needed to compete in more demanding markets.
As regulatory pressure increased around 2-ethylhexanoic acid, one coatings manufacturer needed a practical path forward for its alkyd paint dryers. The solution wasn’t as simple as swapping one material with another. The team had to protect performance and reduce classification risk, while keeping products moving in key markets.
Hexion supported the shift to Versatic acid 10 with technical data, regulatory insight, and hands-on formulation guidance. By replacing a higher-risk legacy material with a safer, unclassified alternative, the manufacturer improved hydrolytic, heat, and chemical stability while strengthening compliance readiness.
The result was more than a successful substitution. It was a better formulation foundation—one that helped the customer protect product performance, reduce regulatory exposure, and move forward with greater confidence in both product quality and market access.
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