Lithium Ion CONDUCTIVE GLASS CERAMICS LICGC ™-AG-01
Lithium Ion CONDUCTIVE GLASS CERAMICS LICGC ™-SP-01
Lithium Ion CONDUCTIVE GLASS CERAMICS LICGC ™-PW-01
Lithium Ion CONDUCTIVE GLASS CERAMICS LICGC ™-OHARA INC

Lithium Ion CONDUCTIVE GLASS CERAMICS LICGC ™
OHARA INC


About This Product

It is a solid electrolyte material with high lithium -ion conductivity. Because it is a solid electrolyte of an oxide system, it can be handled in the atmosphere and has high safety. LICGC, which has excellent material characteristics, has the potential to solve the environmental performance of various products. Examples of use are used for the electrolytes of next -generation lithium -ion battery, separator, CO2 sensor, next -generation capacitors, lithium -ion recovery technology in seawater, and other electrochemical devices. feature 01 It does not melt in water 02 It doesn't burn 03 Do not pass through the air High chemical stability ・ Stable in the atmosphere (easy to handle in a atmosphere) ・ Pass only lithium ions without passing water and air (AG-01, SP-01) ・ Water resistance: Powder method (RW (P) JogiSclass1) * During pure water boiling bath for 60 minutes, mass reduction <0.05WT% ・ A acid resistance: powder method (RA (P) JogiSclass1) * 0.01n Processing for 60 minutes during a boiling bath with nitrate, mass reduction <0.2wt% ・ Heat resistance: Up to 800 ° C for atmosphere, no weight change, no fever reaction Oxide -to -class ionic conductivity ・ LICGC ™ PW-01: 1 × 10-3 S/CM ・ LICGC ™ SP-01: 3 × 10-4 S/CM ・ LICGC ™ AG-01: 1 × 10-4 S/CM

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    Lithium Ion CONDUCTIVE GLASS CERAMICS LICGC ™




*Please note that we may not be able to accommodate sample requests.

3 Models of Lithium Ion CONDUCTIVE GLASS CERAMICS LICGC ™

Items marked with have different values ​​depending on the model number.

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Product Image Part Number Price (excluding tax) Chemical durability Hydrogen ion concentration Ionic conductivity Main crystal phase Material composition Mechanical characteristics Outer shape Thickness shape specific gravity
Lithium Ion CONDUCTIVE GLASS CERAMICS LICGC ™-Part Number-AG-01

AG-01

Available upon quote - - 1 x 10-4scm-1@25 ℃ LI1+X+YALX (Ti, Ge) 2-XSIYP3-YO12 (Li replacement NASICON type) LI2O-AL2O3-SIO2-P2O5-TIO2-GEO2 system Bending strength (4 -point bending) 140N/mm2 Nup Hardness HK590 Pushing destructive intensity ≒ 10n Round type: φ19mm, φ25.4mm (1 inch), φ50.8mm (2inch) square type: □ 25mm, □ 25.4mm (1 inch), □ 50mm Round type: 0.15mmT, 0.25mmT square type: 0.02 mmt (ultra -thin substrate), 0.05mmT, 0.15mmT, 0.02mmT (ultra -thin substrate), 0.18mmT Glass ceramic polishing board 3.05
Lithium Ion CONDUCTIVE GLASS CERAMICS LICGC ™-Part Number-SP-01

SP-01

Available upon quote - - 3 × 10-4scm-1@25 ℃ LI1+X+YALXTI2-XSIYP3-YO12 (LI substitution NASICON type) LI2O-AL2O3-SIO2-P2O5-TIO2 system Pushing destruction intensity ≒ 4N Round type: φ19mm square type: □ 10mm, □ 25.4mm (1 inch), □ 25.4mm (1 inch), □ 25.4mm (1 inch), □ 50mm, 50mm, □ 50mm, □ 50mm Round type: 0.045mmT square type: 0.045mmT, 0.02mmT (ultra -thin substrate), 0.045mmT, 0.15mmT, .02mmT (ultra -thin substrate), 0.045mmT, 0.09mmT, 0.18mmT, 0.18mmT Glass ceramic sintering board 2.8
Lithium Ion CONDUCTIVE GLASS CERAMICS LICGC ™-Part Number-PW-01

PW-01

Available upon quote Water -resistant RW (p) Jogis1 Acid resistant RA (P) Jogis1 Easy to handle in the atmosphere pH7 1 x 10-3scm-1@25 ℃ LI1+X+YALXTI2-XSIYP3-YO12 (LI substitution NASICON type) LI2O-AL2O3-SIO2-P2O5-TIO2 system - - - □ Average particle size 1 μm (D-50) □ Average particle size 0.4 μm (D-50) 2.8

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About Company Handling This Product

OHARA INC

  • Japan
  • Since 1935
  • 478 employees

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