This solid electrolyte coated NCM613 (polycrystalline) material is designed as a high-nickel ternary cathode for advanced lithium-ion batteries. The product features a LATP coating at approximately 0.5 wt%, tailored to enhance interfacial stability and potentially improve cycling performance under high-voltage operation. With a nickel:cobalt:manganese molar ratio of 60:10:30, it delivers a first discharge capacity of 186.2 mAh/g and an initial Coulombic efficiency of 87.7% in CR2032 coin cells (0.1C, 4.45–3.0 V). The powder has a median particle size (D50) of about 3.9 µm, a BET specific surface area of 0.92 m²/g, and a tap density of 2.42 g/cm³, supporting good processability for electrode fabrication. Low impurity levels (Fe, Cu, S, Ca, Na) and controlled moisture content (128 ppm) ensure consistency. This material is suitable for researchers developing high-energy-density cathodes with solid-state or liquid electrolytes, particularly where coating strategies are used to mitigate surface reactivity.

The original product was incorrectly labeled as: Solid electrolyte coated nickel cobalt manganese NCM613 (polycrystalline). The actual material is Solid electrolyte coated nickel cobalt manganese NCM613 (single crystal).

 

Packaging Requirements:
The product is sealed in an inner plastic bottle and externally packaged with aluminum-plastic laminate film.

Storage Requirements:
Store under vacuum-sealed conditions in a cool and dry environment.