• Dongguan ZHIK Energy Technology Co., Ltd.
    Customer one
    Good quality, fast ship, highly recommend
  • Dongguan ZHIK Energy Technology Co., Ltd.
    Customer TWO
    The texture is very good. No problem with current use, very good. The operation is very simple and cost-effective
Contact Person : Eilene
Phone Number : +86 15382821093
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NMC 532 lithium nickel manganese cobalt oxide for Battery Material

Place of Origin China
Brand Name ZHIK
Certification CE IOS
Model Number ZK-NMC532
Minimum Order Quantity 1KG
Price 60USD
Packaging Details Standard export packaging
Delivery Time 5-10 DAYS
Payment Terms L/C, D/A, D/P, T/T, Western Union, MoneyGram
Supply Ability Unlimited
Product Details
Certification CCC Material NMC
D50 8~15um Warranty 3 Months
High Light

Battery Cathode Material

,

Lithium Nickel Manganese Cobalt Oxide

,

NCM 532

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Product Description
NMC 532 Lithium Nickel Manganese Cobalt Oxide Battery Material
Product Description
 

 

  • LiNiMnCoO2 NCM NMC 532 Cathode Powder

 

NMC powder is mainly used for Lithium ion battery cathode raw materials.
We provide NMC111,NMC 622,NMC 532,NMC811

                              

                                    NMC 532 lithium nickel manganese cobalt oxide for Battery Material 0                   

              NMC 532 lithium nickel manganese cobalt oxide for Battery Material 1

                     

                       

Technical Parameter
Product Name:
LiNiMnCoO2
Type:
ZK-NCM-532
SPECIFICATIONS
Item
Unit
Standard
Value
Chemical composition
Co+Ni+Mn
wt%
57.00-59.50
58.73
Li
wt%
7.30-7.65
7.4
Fe
wt%
≤0.0050
0.0020
Cu
wt%
≤0.0050
0.0009
Ca
wt%
≤0.0200
0.0017
Na
wt%
≤0.0300
0.0129
Zn
wt%
≤0.0200
0.0004
PH
-
11.40-12.00
11.80
H2O
wt%
≤0.0400
0.0200
Physical indicators
Tap density
g/cm3
≥2.2
2.45
Bulk Density
g/cm3
≥1.2
1.40
Specific surface area
m2/g
0.15-0.40
0.25
D10
um
≥5.00
7.01
D50
um
11.00-15.00
12.99
D90
um
≤40.00
24.22
Crystal structure
-
No impurity
ok
Micro topography
-
Class spherical
ok
Appearance
-
Gray-black
ok
Electrochemical performance
Coulomb efficiency (0.1C)
%
-
≥86%
0.1C
mAh/g
-
≥178
0.5C
mAh/g
-
≥172
1.0C
mAh/g
-
≥165
3.6V Platform
%
-
≥50%
100 cycle capacity remain rate
%
-
≥97%
200 cycle capacity remain rate
%
-
≥96%
300 cycle capacity remain rate
%
-
≥94%