Silicon-carbon materials possess high energy density, espansjoni baxxa, and long cycle life, making them suitable for high-energy-density applications in solid-state, semi-solid-state, and liquid batteries.series-TRGT2000

PARAMETRI TAL-PRODOTT

  1. Product Category: Karbonju tas-Silikon
  2. Features: Densità għolja ta 'enerġija, espansjoni baxxa, ħajja ta 'ċiklu twil
  3. Applikazzjonijiet: High-energy-density solid-state batteries, semi-solid-state batteries, and liquid batteries
Deskrizzjoni
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Deskrizzjoni

The TRGT2000 series effectively leverages the high specific capacity of silicon materials through an advanced silicon-carbon composite structure design and a multi-buffered carbon-based network, while significantly suppressing volume expansion during charge and discharge, ensuring the structural integrity and electrochemical stability of the material during long-term cycling.

This series is compatible with solid-state, semi-solid-state, and liquid battery systems and offers excellent cycle life, consistency, and interface compatibility. It can be widely used in power batteries, high-end energy storage, and cutting-edge battery applications with extremely high energy density requirements, providing a reliable silicon-carbon anode solution for improving battery performance.

Key technical indicators

number nameunitstandardTypical valueDetection methods and instrument models
1particle
daqs
Dminum≥1.01.42 BT-9300S Laser Particle Size Analyzer
D10um4.0±1.04.27
D50um11.0±1.011.387
D90um21.0±1.020.49
Dmaxum≤3635.65
2TAPg/cc0.6±0.10.62BT-300 Fully Automatic Tapping Density Tester
3SSAm2/g17±216.68Nitrogen adsorption ratio table (BET test method)
6true densityg/cc// 
7capacity(1.5V)mah/g2000±1002018 
First effect(1.5V)%≥89.2%89.46CR2025(0.8C/0.8C)
capacity(0.8V)mah/g1700±501687 
first effect(0.8V)%≥86%86.250CR2025(0.8C/0.8C)
8      Trace elementsFeppm≤209.42 ICP dissolution method
Coppm≤5
Cuppm≤5
Nippm≤5
Alppm≤5

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