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C-BATT presents new Obsidia™ battery anode research at the International Battery Seminar & Exhibit, highlighting high capacity, low expansion, and improved battery performance.

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

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Award-winning University of Central Florida research highlights the low swelling and high-capacity performance of C-BATT’s Obsidia™ battery anode material.

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

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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

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C-BATT partners with the University of Central Florida to study and optimize the performance of Obsidia™ battery anode material using advanced battery research tools.

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.

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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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C-BATT announces that Obsidia™ battery anode material will be developed using coal sourced from the Pennsylvania Mining Complex to support a fully domestic battery supply chain.

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

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C-BATT and Polaris Battery Labs demonstrate that Obsidia™ can serve as a high-capacity drop-in replacement for graphite in existing battery manufacturing processes.

C-BATT’s Obsidia™ positioned to be a drop-in replacement for graphite

Obsidia™ moves closer to commercialization with industry backing

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