Ampcera Solid Electrolyte Materials

Ampcera develops advanced solid-state battery materials for energy storage and next-generation lithium-ion technology, supporting research into solid electrolytes, electrode materials, and high-energy-density battery systems. These battery materials are engineered to enhance ionic conductivity, thermal stability, and electrochemical compatibility, enabling laboratory-scale development of solid-state lithium batteries for electric vehicles, grid storage, and advanced energy solutions.

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Ampcera is a U.S.-based materials company focused on solid-state battery materials for advanced energy storage research and emerging lithium-ion and all-solid-state battery technologies. Its portfolio includes solid electrolyte materials, cathode powders, and functional battery components engineered to support high ionic conductivity, thermal stability, and electrochemical compatibility across next-generation battery systems. 

Ampcera solid electrolytes span sulfide-based materials, glass-ceramic systems such as LPS7311, and oxide ceramics including lithium zirconium oxide and LLZO nano-powders. These solid-state battery electrolytes are available in ultra-fine and nano powder formats (D50 <1 µm and D50 600–800 nm), enabling controlled studies in solid-state electrolyte manufacturing, interface engineering, and solid-state lithium battery development. 

The company also supplies advanced cathode materials, including NMC 622, NMC 631, NMC 811, single-crystal NMC Ni82 and Ni90, and high-voltage LCO cathode powders. These materials support research into high-energy-density, graphite-free solid-state batteries, extreme fast-charging systems, and long-cycle lithium-ion cells for electric vehicles, renewable energy storage, aerospace applications, and grid stabilization. 

Ampcera materials are widely used by battery R&D teams and cited in scientific literature supporting the Solid-State Battery Industry. MSE Supplies provides streamlined access to Ampcera solid-state battery materials and battery supplies, supporting reliable sourcing for advanced energy storage research and development.