This product is designed for advanced lithium-ion battery applications requiring high energy density cathodes. The lithium-rich manganese-based composition, with a balanced Ni, Co, and Mn content (approximately 8.4 wt% Ni, 8.5 wt% Co, and 29.4 wt% Mn), delivers an initial discharge capacity of 296.6 mAh/g and a first-cycle efficiency of 89.7% under 0.1 C testing between 4.6–2.0 V. The material exhibits a D50 particle size of 12.55 µm, a BET surface area of 3.64 m²/g, and a tap density of 2.10 g/cm³, supporting good processability and electrode packing. Typical applications include high-voltage cathodes for next-generation electric vehicle batteries and high-capacity energy storage systems where stable cycling and elevated specific capacity are critical.

Number	Test Project			Unit	Specification	Measured Result	Testing Method or Instrument
1	Chemical Composition	Li		(wt%)	8.0±1.0	7.92	ICP
2		Ni		(wt%)	8.0±1.0	8.43
3		Co		(wt%)	8.0±1.0	8.45
4		Mn		(wt%)	29.0±1.0	29.39
5		Fe		(wt%)	≤0.1	0.0523
6		Al		(wt%)	≤2.0	0.9164
7		Na		(wt%)	≤100.0	46.5010
8		Ca		(wt%)	≤2.0	0.5362
9		Zn		(wt%)	≤10.0	1.9680
10		S		(wt%)	≤20.0	2.6292
11		K		(wt%)	≤2.0	0.6438
12	Physical Properties	Particle size distribution	D10	(µm)	≥7.0	9.06	Laser particle size analyzer
13			D50	(µm)	10.0~14.0	12.55
14			D90	(µm)	≤20.0	17.67
15		BET		(m2/g)	3.2~3.8	3.64	Fully automatic specific surface area and porosity analyzer
16		TD		(g/cm3)	≥2.0	2.10	Tap density measuring instrument
17	Electrochemical performance	Initial discharge capacity		(mAh/g)	≥280.0	296.6	CR2032 0.1/0.1C(4.6-2.0V)
18		First-time efficiency		(%)	≥88.0	89.7

Half-cell test