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NCA/NCM Ternary Materials

Battery Process

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NCA/NCM Ternary Materials

Item No.: XW-NCA
Application: Used in various lithium-ion batteries cathode materials, lithium laboratory materials research, lithium battery making.
Warranty: One Year warranty with lifetime support;
Order(MOQ): 1 package;
Payment: T/T,Western Union, Paypal,L/C;
Product Origin: China;
Lead Time: in stock or 1-10days,ect;
Note: XIAOWEI factory supports OEM.

 Products Description 

Lithium nickel-cobalt-manganate(NCM) is a key ternary cathode material for lithium-ion batteries, and its chemical formula is LiNixCoyMn1-x-yO2. Has a higher specific capacity and lower cost than the unit cathode material. Lithium cobaltate is one of the most widely used battery materials, but cobalt resources are increasingly scarce, the price is expensive, and there are security risks in the use of lithium cobaltate batteries.

Lithium nickel-cobalt manganate replaces more than two-thirds of cobalt in lithium cobaltate with relatively cheap nickel and manganese, and the cost advantage is very obvious. Compared with other lithium ion battery cathode materials lithium manganate and lithium ferrous phosphate, lithium nickel-cobalt manganate and lithium cobaltate are very close in terms of electrochemical performance and processing performance, making lithium nickel-cobalt manganate material become a new battery material and gradually replace lithium cobaltate. Become the darling of a new generation of lithium-ion battery materials.

Xiaowei can provide the latest NMC811 materials, NMC622, NMC532 and NMC111 for your NMC lithium ion battery systems, We can also provide you other battery cathode materials, such as NCA cathode, LFP cathode, LMO material, LNMOcathode ,etc.

 Technical Parameters 

Name: LiNi0.83Mn0.05Co0.12O2  NCM-811

Item

unit

Standard

Test result

TD

g/cm3

≥2.0

2.464

Moisture

%

≤0.03

0.025

Granularity

D10

um

≥5.0

6.174

D50

um

10.0~14.0

10.378

D90

um

≤30.0

17.128

PH

N.A

≤11.9

11.79

Specific surface area

m^2/g

0.10~0.60

0.285

OH

wt%

≤0.3

0.28

CO32

wt%

≤0.35

0.32

Efficiency

%

≥90

90.59

0.1C coin cell capacity

mAh/g

≥200

207.42

0.5C coin cell capacity

mAh/g

≥190

194.68

1C coin cell capacity

mAh/g

≥185

191.65

 

Project

Unit

Standard

Reference

The analytical methods

Li

%

7.0~7.6

7.3

ICP

Ni+Co+Mn

%

59.5±1.0

58.9

ICP

Ni

mol%

83.0±0.7

82.6

ICP

Co

mol%

12.0±0.5

12.2

ICP

Mn

mol%

5.0±0.5

5.2

ICP

Ca

%

≤0.0100

0.0044

ICP

Cu

%

≤0.0020

0.0001

ICP

Fe

%

≤0.0050

0.0005

ICP

Na

%

≤0.0300

0.0223

ICP

 

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