C‑BATT and UCF Team Up to UnlockThe Full Potential of Next‑Gen Anode
Matching Grant Connects University Expertise with Industry Innovation
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Research on C-BATT’s Obsidia™ Anode Material Wins 2026 Best of Show Poster Award at International Battery Seminar & Exhibit
Award recognizes breakthrough work on next-generation lithium-ion anode materials with potential for longer battery life and domestic production
C-BATT™ to Present New Obsidia™ Anode Results at International Battery Seminar & Exhibit
Testing highlights new performance features that may enable longer battery life, deeper discharge, and improved military logistics storage
New UCF Research Indicates C-BATT’s Obsidia™ Swells Less Than Graphite During Lithiation
High capacity, low-swelling domestic material may occupy a previously empty region of the anode design space, helping increase lithium battery lifetimes.
C‑BATT and UCF Team Up to UnlockThe Full Potential of Next‑Gen Anode
Matching Grant Connects University Expertise with Industry Innovation
C-BATT utilizes American coal to produce Obsidia™
Carbon sourced from Pennsylvania and West Virginia coal mines is a key ingredient in developing advanced battery anode material
C-BATT’s Obsidia™ positioned to be a drop-in replacement for graphite
Obsidia™ moves closer to commercialization with industry backing