Our Solution

Reversible chemistry, built into the material

High-performance polymers are engineered never to come apart, which is exactly why the material value is lost the moment a part leaves service. Our Covalent Adaptable Networks (WeCAN®) platform designs reversible linkages into the polymer backbone itself — materials that hold full thermal, mechanical, and chemical performance in application, then break down on command so the value stays in the supply chain.

Reversible linkages Bonds that break and re-form on demand Energy & Power Systems Polymers for batteries, electrolyzers, and separation membranes. Aerospace & Defense Full thermoset performance in service, with a route to rework and recovery. Domestic Feedstock Compatibilizers that bind immiscible phases into usable resin.
One reversible-linkage chemistry, three application areas

Products built on the platform

RevLink®

Patented compatibilizer for PE/PP blends. Mixed polyolefin streams that currently have no home become resin that performs — lower input cost, less exposure to imported virgin polymer.

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RevCure™

Cyanate ester systems for aerospace, defense, and high-frequency electronics. Thermal and dielectric performance the application demands, plus a repair and recovery path conventional thermosets cannot offer.

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WeCAN®

Custom cyclic carbonate monomers for partners building new material systems from the ground up, with recovery designed in from the first formulation.

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The platform is chemistry, not process. Recovery is engineered into the molecule, so the economics work without new plants, new sorting infrastructure, or a mandate to make them pay off.

See the technology