Enabling the Future of Energy

Intelligent battery components

We are developing a family of ion-selective separator membranes to enable safer, cheaper and more energy-dense batteries.

What we Do

Energy transition in the balance

Adoption of electric mobility solutions has been hampered by the high cost of batteries. This trend will only get worse as raw material resources, processing capacity and global supply chains are stretched to their breaking points.

Meanwhile, end-user expectations for safer, longer-lived and higher performing batteries continue to rise unabated.

We are creating next-generation battery components to deliver energy solutions that are:

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Safe and resilient. Made from the same material as bullet-proof vests

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Energy dense

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Flexible and scalable. Robust across a wide range of applications.

Ion Selectivity

Our separator prevents polysulfide diffusion for over four days – while the current solution allows polysulfides to cross in a matter of minutes.

Scalable process

Our manufacturing process is based on bulk processing steps, leading to massive scalability. Our membranes are compatible with current battery manufacturing systems.

Aramid Nanofibers

Aramid nanofibers are a nanoscale version of Kevlar. Nanoporous aramid nanofiber matrices are strong, flexible, and resilient while efficiently transporting ions

R&D

Research & Development

Our solution enhances the separator to restrict LPS shuttle and to physically disrupt lithium dendrite formation, delivering on the incredible potential of LiS chemistry

Far surpasses current LiS batteries on cycle life, safety and robustness (ability to maintain performance across temperature ranges or after physical disruption)

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