We believe that a sustainable future is possible.

Combined with our focus on innovation, we are committed to helping our customers reach this goal. Our passion for responsibility extends beyond operating our business in a safe, respectful manner. We also deliver products that can provide solutions for some of the most pressing environmental issues facing the world today.


Introducing EVOLVE® Sustainable Solutions​ ​

Our EVOLVE® Sustainable Solutions technology platform was designed to deliver products that offer sustainable content with reliable performance at industrial scale.

This technology platform focuses on the development of breakthrough sustainable products and process technologies that deliver the performance, quality, and consistency that the industry requires at scale, leveraging circular value chains, renewable and bio-based materials, and/or processes that reduce greenhouse gas emissions.

Learn more about our EVOLVE Sustainable Solutions.


Harnessing Energy with Wind Turbines

A critical challenge in maximizing the potential of wind energy is a windmill blade’s length. As blades get longer, they deliver more efficient and more powerful performance.

A strong bonding paste can help prolong the life of a blade, and ultimately enable the manufacturing of even longer blades through more sag-resistant composites. To address this challenge, we offer CAB-O-SIL® ULTRABOND™ high-performance treated fumed silica. This innovative material significantly increases efficiency and performance for windmill blades and wind turbine generators by delivering 25 to 30 percent higher sag resistance (initial and aged), compared to current industry solutions. Our hydrophobic fumed silica can help windmill blade producers meet the toughest requirements and deliver the highest performance.


Featured Applications


Our additives can enable innovative developments for electrification and digitalization applications.

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Adhesives & Sealants

Our fumed silicas and specialty carbons provide reinforcement, conductivity and rheological properties to a variety of aqueous and solvent-based adhesives formulations.​

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