Ncm 613 Precursor for Firing Polycrystalline Nickel Cobalt Manganese Ternary 613 Lithium Ion Battery Cathode Materials

Product Description

NCM 613 Precursor For Firing Polycrystalline Nickel Cobalt Manganese Ternary 613 Lithium Ion Battery Cathode Materials
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We could customize precursor for NCM 613 811 622 523 111 114

NCM613 Precursor Spec.

Test Item Unit Test Value
Chemical parameter Ni Mol% 59.84
Co Mol% 9.98
Mn Mol% 30.18
Impurity Fe ppm 6
Ca ppm 41
Mg ppm 36
Cu ppm 3
Na ppm 168
Zn ppm 2
S ppm 1248
Pb ppm 1
Si ppm 66
Cr ppm 1
Al ppm 1
Physical parameter Particle size distribution D10 um 5.427
D50 um 9.731
D90 um 16.646
Specific surface area m2/g 5.19
Moisture Wt% 0.22
Tap density g/cm3 2.23
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Detailed NCM 613 Precursor View

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Also we have high nickel cathode materials NCM, high voltage LCO, new materials NCMA, LMFP, nano LFP, Nano LTO, 900/1950mAh SI-C anode materials, etc.
We also could customize electrolyte. Complete battery materials and equipments for your demands.

Frequently Asked Questions

What is the specific utility of the NCM 613 Precursor?
The NCM 613 precursor is designed for firing polycrystalline nickel cobalt manganese ternary 613 lithium-ion battery cathode materials, optimizing overall electrochemical performance.
Can the precursor composition ratios be customized?
Yes, we specialize in customizing precursors for various formulations including NCM 613, 811, 622, 523, 111, and 114 to meet your specifications.
What are the typical physical parameters of your NCM 613 precursor?
Our typical specifications feature a particle size distribution of D50 around 9.731 um, a specific surface area of approximately 5.19 m²/g, and a tap density of 2.23 g/cm³.
What other battery cathode and anode materials do you offer?
We offer a wide variety of materials including high-nickel NCM, high-voltage LCO, NCMA, LMFP, nano LFP, Nano LTO, and SI-C anode materials (900/1950mAh).
Can you provide customized electrolyte solution?
Yes, we can customize electrolytes specifically adjusted to your battery formulation requirements alongside our standard materials.

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