CYL's Silicon Enhanced Vein Graphite Anode Test Results Ceylon Graphite’s Silicon Enhanced Vein Graphite Anode Material Significantly Increases Specific Discharging Capacity in Half Cell Lithium-Ion Battery Tests
- Ceylon Graphite conducted initial half cell testing for silicon enhanced vein graphite at WMG Battery Catapult, University of Warwick.
- Impressive 13% increase in discharging capacity was achieved for Ceylon’s natural vein graphite enhanced with core shell silicon additive compared to its baseline Ceylon Vein graphite material and commercial synthetic graphite.
- Acceptable first cycle capacity loss of 12%.
- The impressive performance is due to in-house developed dual core-shell additive technology and proprietary silicon enhancement capabilities; we also believe that the inherent properties of vein graphite such as high crystallinity & purity also play a key role.
- Ceylon’s “mine to battery” strategy will maximize the value of our high-grade Sri Lankan vein graphite by vertically integrating into an anode graphite producer for the rapidly growing global lithium-ion battery market.
FULL PRESS RELEASE: https://www.ceylongraphite.com/press-releases/ceylon-graphites-silicon-enhanced-vein-graphite-anode-material-significantly-increases-specific-discharging-capacity-in-half-cell-lithium-ion-battery/