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Месяц | Минимальная цена | Макс. стоимость |
---|---|---|
Sep-17-2025 | 0.32 $* | 0.46 $* |
Aug-17-2025 | 0.37 $* | 0.36 $* |
Jul-17-2025 | 0.72 $* | 0.62 $* |
Jun-17-2025 | 0.78 $* | 0.59 $* |
May-17-2025 | 0.52 $* | 0.64 $* |
Apr-17-2025 | 0.26 $* | 0.33 $* |
Mar-17-2025 | 0.82 $* | 0.69 $* |
Feb-17-2025 | 0.65 $* | 0.26 $* |
Jan-17-2025 | 0.17 $* | 0.26 $* |
1 Foreword
This specification describes the TOB-NM-610 high-voltage binary lithium ion battery cathode material, molecular formula Li1+xNiyMn2-yO4/LiNi0.5Mn1.5O4
2 Features:
This material has the advantages of good processing performance, high compaction density, good compatibility with high-voltage electrolyte, high output voltage, high capacity, high temperature performance stability, and environmentally friendly.It is suitable for high-power batteries, high-security long-life batteries, high-voltage asymmetric super capacitors, and button batteries, thin-film batteries, and electronic paper in a wide range of applications.
3 Ingredient content:
Chemical Ingredient | Unit | Quality content | |
Main element | Li | % | 4.0±0.3 |
Mn | % | 44.5±1.0 | |
Ni | % | 15.0±1.0 | |
Impurity elements | Na | ppm | ≤200 |
Mg | ppm | ≤200 | |
Ca | ppm | ≤10 | |
Fe | ppm | ≤100 | |
Cu | ppm | ≤10 | |
Other | H2O | % | ≤0.05 |
4 Technical index:
4.1 Basic indicators
No. | Item | Specification | Typical value | |
1 | Particle size | D10 | 4.0-8.0μm | 5.6μm |
D50 | 12.0-18.0μm | 15.2μm | ||
D90 | ≤40.0μm | 35.0μm | ||
2 | Tap density | ≥1.7g/cm3 | 1.80g/cm3 | |
3 | Compaction density | ≥3.0 g/cm3 | 3.0 g/cm3 | |
4 | BET | ≤0.5m2/g | 0.20m2/g | |
5 | PH | ≤10.0 | 9.16 |
4.2 Comprehensive performance
Electrochemical performance
Item | 0.2C mAh/g | 1C mAh/g | 1C cycle test (The capacity remains 80%) |
Notice |
Cycle under 25℃ | ≥135 | ≥132 | ≥500 cycle | Charge/discharge voltage 3.0V-4.9V |
5.2 The electrolyte must use 5V high-voltage electrolyte, and it is recommended to use the 5V high-voltage electrolyte supplied with TOB.
5.3 The characteristic of this material is that its capacity can be exerted only under high voltage, and the charging cut-off voltage should be set at 4.9-5.2V.
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