LiAlOCl (LAOC) Lithium Aluminum Oxychloride Solid-State Electrolyte
SKU: XN-LAOC
LiAlOCl (LAOC) Lithium Aluminum Oxychloride Solid-State Electrolyte is a oxychloride halide solid-state electrolyte with the formula LiAlOCl. The supplied batch report lists 0.598 mS/cm ionic conductivity at 26.7 °C, 3.257 μm D50 particle size, and 23.886 m²/g specific surface area.
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Name: LiAlOCl (LAOC) Lithium Aluminum Oxychloride Solid-State Electrolyte
Material Type: Oxychloride halide solid-state electrolyte
Product Code: XN-LAOC
Chemical Formula: LiAlOCl
Brand: Xnergy
Product Introduction:
XN-LAOC is a lithium aluminum oxychloride solid-state electrolyte material for all-solid-state battery, electrolyte formulation, interface, and materials-characterization research. The supplied batch report lists ionic conductivity of 0.598 mS/cm at 26.7 °C.
Core Features:
- LiAlOCl halide solid-state electrolyte composition
- 0.598 mS/cm measured ionic conductivity at 26.7 °C
- 9.71 × 10-10 S/cm measured electronic conductivity at 26.3 °C
- D10/D50/D90 values of 1.987 μm/3.257 μm/6.442 μm
- 23.886 m²/g specific surface area
- 12.1 ppm measured moisture content
- English technical specification, XRD, and particle-size distribution figures supplied
Technical Specifications:
| Parameter | Specification |
|---|---|
| Product Type | Oxychloride halide solid-state electrolyte |
| Product Code | XN-LAOC |
| Brand | Xnergy |
| Material | Lithium aluminum oxychloride |
| Chemical Formula | LiAlOCl |
| Ionic Conductivity | 0.598 mS/cm |
| Ionic Conductivity Test Temperature | 26.7 °C |
| Electronic Conductivity | 9.71 × 10-10 S/cm |
| Electronic Conductivity Test Temperature | 26.3 °C |
| D10 | 1.987 μm |
| D50 | 3.257 μm |
| D90 | 6.442 μm |
| D99 | 10.725 μm |
| Dmax | 12.924 μm |
| Specific Surface Area | 23.886 m²/g |
| Moisture Content | 12.1 ppm |
X-Ray Diffraction:
The XRD curve below is cropped from the supplied batch report. The plotted data, axes, and numeric ticks have not been redrawn or altered.
Particle Size Distribution:
The particle-size distribution curve and numeric scale are retained from the supplied batch report; only the axis caption is presented in English.
Applications:
- All-solid-state battery electrolyte research
- Electrolyte formulation and processing studies
- Electrode–electrolyte interface compatibility studies
- Electrochemical and materials characterization
Note: Representative test data are from the supplied batch report and values may vary by batch. Confirm the current grade and batch specification when requesting a quotation. Material performance depends on processing, test method, cell design, and operating conditions. Explore the Halide category and Solid-State Electrolytes.
