Li2Al2SiP2TiO13 (LASPT) Ion Conductive Ceramic Sheets with optional size - CGCS-LD

Li2Al2SiP2TiO13 (LASPT) Ion Conductive Ceramic Sheets with optional size - CGCS-LD

Square 5mm x 5mm
RM0.00 MYR
RM0.00 MYR
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Li2Al2SiP2TiO13 (LASPT) Ion Conductive Ceramic Sheets with optional size - CGCS-LD
  • Li2Al2SiP2TiO13 (LASPT) Ion Conductive Ceramic Sheets with optional size - CGCS-LD
Li2Al2SiP2TiO13 (LASPT) Ion Conductive Ceramic Sheets with optional size - CGCS-LD

Li2Al2SiP2TiO13 (LASPT) Ion Conductive Ceramic Sheets with optional size - CGCS-LD

SKU: li2al2sip2tio13-laspt-ion-conductive-ceramic-sheets-with-optional-size-eq-cgcs-ld

Price: RFQ
OptionSquare 5mm x 5mm

Description

 Li2Al2SiP2TiO13 (LASPT) is a lithium-ion conducting glass-ceramic that was developed to serve as a true solid-state electrolyte or separator in next-generation lithium-air batteries and other electrochemical devices. SPECIFICATIONS Chemical Composition and XRD Li2O-Al2O3-SiO2-P2O5-TiO2 P2O5 20-60% TiO2 20-60% Al2O3 1-15% SiO2 1-15% Li2O 1-15% XRD Shapes & Sizes (Please select from Product Options) Round: 19mm Dia Square: 5mm x 5mm Square: 1 Inch x 1 Inch Thickness 150um ( 0.150 mm ) Ionic Conductivity 1 to 4 ×10^-4S/cm at 25 °C Room Temperature ~2 x 10^-5 S/cm at -20 °C Physical Properties Stable in both air and water Solid electrolyte/ membrane with prevention against dendrite penetration Chemical Resistance The conductivity of Lithium Ions will not be affected much by water and mild acids RW (P) JOGIS Class 1 Water resistance RA (p)JOGIS Class 1 Acid resistance Mechanical Properties 4 Point Bending Strength at 140N/mm2 Knoop Hardness 590Hk Specific Gravity 3.05 Thermal Properties (Non-Flammable & Stable up to 600) The coefficient of Thermal Expansion 30350 Temperature Range: 94 x 10^-7/K 350600 Temperature Range: 82 x 10^-7/K Options Other sizes (e.g. for use in EQ-STC-LI-AIR and STC-ZINCAIR-W Split Test Cells) available upon request, please contact MTI for additional details. Relevant Document Material Safety Data Sheet Please click picture below to find more equipment for preparing solid-state electrolyte Note This product is not manufactured by MTI. We only sell small quantities to research for developing new materials. If you have any questions on IP conflict, we will forward your inquiry to the manufacturer. Video: How to use the split cell Video: How to make a solid-state battery

Chemical Composition

and

XRD
  • Li2O-Al2O3-SiO2-P2O5-TiO2
    • P2O5 20-60%
    • TiO2 20-60%
    • Al2O3 1-15%
    • SiO2 1-15%
    • Li2O 1-15%
    • XRD

Shapes & Sizes
(Please select from Product Options)

Round: 19mm Dia

Square: 5mm x 5mm

Square: 1 Inch x 1 Inch

Thickness
  • 150um ( 0.150 mm )

Ionic Conductivity
  • 1 to 4 ×10^-4S/cm at 25 °C Room Temperature
  • ~2 x 10^-5 S/cm at -20 °C

Physical Properties
  • Stable in both air and water
  • Solid electrolyte/ membrane with prevention against dendrite penetration

Chemical Resistance

 The conductivity of Lithium Ions will not be affected much by water and mild acids
  • RW (P) JOGIS Class 1 Water resistance
  • RA (p)JOGIS Class 1 Acid resistance

Mechanical Properties
  • 4 Point Bending Strength at 140N/mm2
  • Knoop Hardness 590Hk
  • Specific Gravity 3.05

Thermal Properties (Non-Flammable & Stable up to 600)

 The coefficient of Thermal Expansion
  • 30350 Temperature Range: 94 x 10^-7/K
  • 350600 Temperature Range: 82 x 10^-7/K

Options
  • Other sizes (e.g. for use in EQ-STC-LI-AIR and STC-ZINCAIR-W Split Test Cells) available upon request, please contact MTI for additional details.

Relevant Document

 Material Safety Data Sheet
Note This product is not manufactured by MTI. We only sell small quantities to research for developing new materials. If you have any questions on IP conflict, we will forward your inquiry to the manufacturer. 

Video: How to use the split cell
Video: How to make a solid-state battery