Ceramic materials for all-solid-state batteries
Ceramic materials for all-solid-state batteries expected to be the next-generation energy storage solution.
Ceramic materials for all-solid-state batteries expected as next-generation energy storage devices All-solid-state batteries are anticipated to be applied in a wide range of fields, from mobile devices to electric vehicles, as next-generation energy storage devices. Our company has commercialized ceramic materials for all-solid-state batteries through joint research with AIST*. *National Institute of Advanced Industrial Science and Technology (Licensed under Patent No. 5907571 and Patent No. 6326699) It is an electrolyte substrate primarily composed of "LATP (Li1.3Al0.3Ti1.7(PO4)3)" with a NASICON-type crystal structure, and the ionic conductivity is approximately 7×10^-4 S/cm.
basic information
Features of our electrolyte sheet: - Electrolyte substrate mainly composed of LATP (Li1.3Al0.3Ti1.7(PO4)3) with a NASICON-type crystal structure - Size: up to 85 mm square - Thickness: 20-100 μm - Ionic conductivity: up to 7×10^-4 S/cm (at 25°C) - Bending strength (three-point method): 60-145 MPa
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Applications/Examples of results
Applications - Electrolyte substrate for all-solid-state batteries - Separator for lithium-air batteries - Lithium separation and recovery from seawater - Separator for next-generation rechargeable batteries, etc.
