SiFAB’s game-changing technology is poised to transform the battery industry. This groundbreaking silicon fiber anode material enables higher energy density through a nanoporous fiber structure that accommodates swelling. SiFAB can be mixed into anode slurry with existing battery manufacturing processes. The proven industrial-scale processes eliminate supply chain concerns over mass adoption, a great leap forward for battery technology.
This proprietary nanoporous fiber structure has optimal shape and porosity to accommodate the swelling of silicon, allowing for long cycle life.
Successfully demonstrated in high silicon content formulas, SiFAB allows for greater energy density, faster charging time, and smaller, more powerful batteries. High silicon content at this level is a breakthrough in commercial-grade solutions.
SiFAB helps optimize the performance to cost ratio for batteries by enabling higher energy density, faster charge, and design flexibility.
SiFAB offers a true drop-in solution, as the unique technology features micron-sized silicon fiber with a built-in nanoporous structure that works well with your existing mixing equipment.
SiFAB’s exclusive nanoporous silicon anode material enables higher energy density than graphite and faster charging for a range of applications.
Alkegen has a proven track record of developing new and unique material technologies at large scale worldwide, supplying to many leading OEMs.
SiFAB’s silicon fiber anode battery technology improves battery performance and offers electrode design flexibility. Please contact us for a sample of SiFAB’s proprietary material for testing in your own system.
To increase the performance of your next battery, contact us to request a sample.