Today’s challenge: enhancing battery performance comes at the cost of safety and stability.
Anthro’s technology breaks this tradeoff to enable a new performance paradigm for batteries.
Today’s challenge: enhancing battery performance comes at the cost of safety and stability.
Anthro’s technology breaks this tradeoff to enable a new performance paradigm for batteries.
Anthro’s proprietary AdhesION™ Technology is a new class of polymer electrolyte that provides an unprecedented combination of performance, safety, and mechanical integrity.
AdhesION™ breaks the canonical strength-conductivity tradeoff in polymer materials.
Non-flammable materials and built-in safety features makes battey fires and explosions a thing of the past.
10x toughness allows cells to function even under extreme internal and external forces.
Compatibility with state-of-the-art cell manufacturing enables scale and customization of cells.
AdhesION™ breaks the canonical strength-conductivity tradeoff in polymer materials.
Non-flammable materials and built-in safety features makes battery fires and explosions a thing of the past.
10x toughness allows cells to function even under extreme internal and external forces.
Compatibility with state-of-the-art cell manufacturing enables scale and customization of cells.
AdhesION™ stabilizes new battery chemistries that provide unprecedented amounts
of energy.
Reduced interfacial degradation and particle fracture improves cycle life, even in tough operation conditions.
Structural cells enable new battery designs, improving electronic device lifetime and vehicle range.
With resistance to swell, short circuit, and fire, Anthro is redefining the standard for safety in LIBs.
AdhesION™ electrolyte is compatible with the full spectrum of existing and emerging Li-ion chemistries. Beyond the next generation of wearable electronics, Anthro is here to equip the future of solid-state batteries with high safety, performance, and structural integrity.
Let's revolutionize the future of energy storage together.
Let's revolutionize the future of energy storage together.
