NCM, Lithium Nickel Cobalt Manganese Oxide

NCM, Lithium Nickel Cobalt Manganese Oxide

Need a bulk order? Request a competitive quote today!

Request a Quote

Lithium nickel cobalt manganese oxide exhibits low impedance growth. The products are produced using a suitable continuous precursor, optimized Li/Me ratio, a special doping process, and special processing techniques with advanced equipment. By being properly proportioned, the product achieves high capacity, low initial resistance, good cycling performance, and low impedance growth during cycling.

ltem Unit Standard Typical Equipment and Method
 

Chemical

Compositions

 Ni+Co+Mn % 59.00±1.00 59.02 EDTA Titration
Ni % 49.10±1.00 49.14 ICP
Co % 7.10±0.50 7.10 ICP
Mn % 2.80±0.50 2.81 ICP
 

Impurity

 Fe ppm ≤100.0 31.0 ICP
Na ppm ≤150.0 41.0 ICP
Cu ppm <20.0 1.0 ICP
 

Particle Size Distribution

 D10 μm ≥4.00 5.17  

MasterSize3000,Laser Particle Size analyser;Hydro3000MU;
D50 μm 10.00±2.00 9.70
D90 μm ≤22.00 17.10
D99 μm ≤28.00 23.80
pH / ≤12.00 11.78 pH meter
Li impurities Li₂CO₃ % ≤0.3000 0.2230 Potentiometric Titrator
LiOH % ≤0.5000 0.4140
Moisture ppm ≤400 274 Karl-Fischer
BET Surface Area m²/g 0.700±0.200 0.682 GB/T 13390
Tap Density g/cm³ 2.750±0.300 2.750 GB/T 5162
1stDischarge Capacity mAh/g ≥208.0 211.4 CR2032

0.1C/0.1C,3.0-4.3V
1st efficiency % ≥89.00 91.6

Handling and Storage

Store at room temperature and dry The material is prone to water absorption, so it is important to pay attention to the humidity during opening and use, and to use it immediately.

Related products