LiNiCoMnO2 (Ni:Co:Mn=8:1:1, NCM811) Powder for Li-ion Battery 200g/bag - EQ-Lib-LNCM811

LiNiCoMnO2 (Lithium Nickel Manganese Cobalt Oxide) with ratio of 8:1:1 (NCM811 or NMC811) powder for efficient and stable Li-ion battery cathode. Boron was surface coated on NMC811 powder to lower the resistance and increase charging/discharging cyclicity (Since Oct, 2023).
Specification

Item	Standard Value	Typical Value
D10 (μm)	~5.0	5.59
D50 (μm)	9 ~ 15	10.80
D90 (μm)	<30	17.90
Dmax (μm)	<45	23.30
Specific Surface Area (m2/g)	0.25 - 0.65 m^2/g	0.55 m^2/g
Tap Density (g/cm³)	>2.1 g/cm^3	2.3 g/cm^3
pH	11.5 - 12.0	11.7
Moisture (%)	≤0.04	0.02
Ni + Mn + Co (wt%)	58.0 - 60.5	58.81
Li (wt%)	7.1 - 7.6	7.30
Fe (wt%)	<0.0050	0.005
Cu (wt%)	<0.0020	0.001
Ca (wt%)	<0.0100	0.0017
Na (wt%)	<0.0300	0.0045
Zn (wt%)	<0.0200	0.0004
Half-cell Charge Specific Capacity (2.8-4.3V, 0.1C) (mAh/g)	>230	235
Half-cell Discharge Specific Capacity (2.8-4.3V, 0.1C) (mAh/g)	>210	215
First Discharge efficiency (2.8-4.3V)	>90%	91.5%
Micromorphology	Powdery particles
Appearance	Black powder, uniform color, no noise, no agglomeration
Note	MTI does not manufacture this product, and only sell the small quantity to research for development for new generation battery. If you need a larger quantity or have a question for IP, we will forward your inquiry to the producer.

Application Notes:

1. Please click to see Procedure for Preparing Anode & Cathode Electrode Slurry.
2. Please keep the powder in the vacuum box to avoid moisture.
3. Please bake the powder in a vacuum oven at 120 - 150 °C before making slurry and coating to ensure max. capacity.
4. The product is for research only, not supply for large quantity,