EnduraCure makes electronics worth recovering
We design photocurable, degradable-by-design low-dielectric resins for use as electronic substrates and encapsulants. They perform as needed while a device is in use. At end of life, they break down through low-temperature hydrometallurgical methods, which frees the components and precious metals for recovery. As the industry comes under pressure to cut e-waste without giving up performance, we're building materials that do both.
Our Mission
EnduraCure designs materials for a sustainable future. We are developing photocurable, degradable-by-design low dielectric resins and films engineered for use as electronic substrates and encapsulants. We are focused on maintaining high-performance while facilitating easier disassembly at the end of their lifecycle, laying the foundation for a circular economy
Our Journey
Born out of a University of Utah Materials Science lab in 2023, the team kept running into the same contradiction: the materials that make electronics durable are the ones that make them nearly impossible to recycle. So they set out to design materials that perform without forcing that trade-off. EnduraCure was awarded a National Science Foundation (NSF) STTR Phase I grant in Fall 2025. In partnership with the University of Utah, we are translating this foundational research into a scalable, commercial reality and focused on bringing our first materials to market.
Our Future
A world where the materials inside every device are designed to be recovered, where performance and circularity stop being a trade-off, and where e-waste becomes a resource instead of a liability.