- Product Details
- {{item.text}}
Quick Details
-
Place of Origin:
-
Fujian, China
-
Type:
-
Li-Ion
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Name:
-
Lithium nickel cobalt manganese oxide
-
Appearance:
-
Black powder
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Related industry:
-
Lithium ion battery
-
Size:
-
Other
-
NMC Ratio:
-
1:1:1
Quick Details
-
Application:
-
lithium ion battery material
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Brand Name:
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TOB
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Model Number:
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T-NCM-111
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Place of Origin:
-
Fujian, China
-
Type:
-
Li-Ion
-
Name:
-
Lithium nickel cobalt manganese oxide
-
Appearance:
-
Black powder
-
Related industry:
-
Lithium ion battery
-
Size:
-
Other
-
NMC Ratio:
-
1:1:1
LiNiMnCoO2 powder Lithium nickel cobalt manganese oxide for lithium battery
1 ,Purpose and scope of application
Lithium-ion battery cathode ternary material, used in various liquid lithium-ion batteries, flexible packaging batteries and polymer lithium-ion batteries
2. Material type and model
2. 1. Product type: Lithium-ion battery cathode ternary material
2. 2. Product model: TOB-NCM-111
3. Physical and chemical indicators
3.1 Analysis of physical and chemical indicators
Item |
S tandard requirement |
Test method |
|
Main content( % ) |
Li |
7. 3~7.9 |
ICP Test method |
Ni |
2 0.6 ±1 .00 |
ICP Test method |
|
Co |
2 1 .0±1 .00 |
ICP Test method |
|
Mn |
16. 6 0 ± 1.00 |
ICP Test method |
|
Impurity element (μg/g) |
Fe |
≤ 30 |
ICP Test method |
Cu |
≤20 |
ICP Test method |
|
Zn |
≤20 |
ICP Test method |
|
S |
≤ 3500 |
ICP Test method |
|
Particle size distribution ( μ m ) |
D10 |
≥ 2.5 |
Laser particle size detector |
D50 |
7.5± 1.0 |
Laser particle size detector |
|
D90 |
≤ 16 |
Laser particle size detector |
|
Specific surface area( m 2 /g ) |
0.25~0.45 |
Gas adsorption assay |
|
Tap density( g/cm 3 ) |
≤2.20 |
Tap density tester |
|
Water content (μg/g) |
≤500 |
Karl Fischer Method |
|
Li Dissolution amount |
≤ 0.25 |
785DMP TITRINO automatic potential titrator |
|
PH value |
≤12.0 |
PH value |
|
Exterior |
The black solid powder has no impurities, no agglomeration, no agglomeration and no larger particles |
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* Our company promises that all ternary products meet the relevant regulations of the< Limit Requirements for Toxic and Hazardous Substances in Electronic Information Products> ( SJ/T11363-2006) |