Transforming Industrial Byproducts into Next Generation US Made Battery Materials
XBM is currently ramping pilot-scale domestic production of next-generation battery Li-Sulfur cathode and Silicon-Carbon (Si-C) anode materials built from abundant U.S. industrial waste byproduct feedstocks. The CarbonX™ Li-S CAM and Si-C AAM platforms are designed to strengthen US supply-chain resilience, increase NextGen battery performance, and help the United States leapfrog legacy battery and chemistry dependencies.
See XBM Whitepaper
Lithium-Sulfur Cathode Materials Made in the USA.
XBM’s CarbonX Lithium-Sulfur (Li-S) battery materials enable more powerful, lighter, less expensive, and safer batteries than current EV LIB cathode materials.
CarbonX is made from abundant, industry byproduct materials (i.e. tannin, lignin, sulfur) that can be sourced and made in the USA – providing a key critical, domestic, sustainable battery material supply chain.
XBM wants to be your game-changing battery materials strategic partner. We’ll help you take your proprietary advanced battery materials and develop the world’s highest capacity, lowest carbon footprint batteries possible.
XBM’s high-capacity Si-C (SiCAM) anode platform embeds (TCS) silicon in a primary bonded structure throughout and directly within a graphitized carbon host (CarbonX2) using a scalable FB-CVD process.
This patented step-change approach is designed to improve silicon stability while enabling higher anode specific capacity ranges (800-1,200mAh/g), with faster charging times compared to conventional graphite and other Si-C anodes, and is adaptable for use in Dry Battery Electrodes (DBEs).
Xponential Battery Materials CarbonX Technology will Power the 21st-Century eMobility Transformation for NextGen Batteries Used in:
Electric Aviation & Aerospace
Wearables
3C Devices
Power Tools
Electric Vehicles
Defense
