The nominal thickness of the electrode of this model is 255um, double-sided composite electrode , width is 250mm, A067 series.
This model electrode is a high voltage dry electrode. Due to its good cycling stability and low internal resistance, large energy storage systems and electric vehicles can use it to meet the demand for high power output while maintaining reliability and safety. Choose our high voltage series to keep your power system powerful and efficient at high voltages.
Electrode sheet model | TY-255D-250-A067 |
Electrode sheet type | double-sided |
Electrode sheet thickness | 255±5 μm |
Compaction density of the electrode sheet | ≥0.64g/cm3 |
Moisture content of the electrode sheet | ≤3% |
Total width of the electrode sheet | 250±1mm |
Width of the coated part of the electrode sheet and its tolerance | 224±2.0mm |
Width of the single-sided blank area | 13mm±1 |
Thickness of the foil and its tolerance | 20±2um |
Reference for capacitance performance in capacitors | 3340F/㎡ |
Meet the environmental protection requirements such as RoHS. |
1. Enhance Performance and Electrical Conductivity
By optimizing the electrical conductivity of materials through sophisticated design, the dry electrodes greatly increase battery charging and discharging efficiency and boost system performance.
2. Compact Design for Convenient Transportation
Because of the electrodes' lightweight construction, the product weighs less, which lowers storage and shipping expenses. It works particularly well in application settings where effective logistics are necessary.
3. Resistance to Extreme Temperatures and Broad Environmental Adaptability
The equipment can operate efficiently because the dry electrodes have a high degree of environmental adaptation and can function steadily in extremely hot or cold temperatures.
The TY-255D-250-A067 dry electrode possesses outstanding performance and is highly suitable for high-voltage 3000F supercapacitor cells. Taking urban rail transit as an example, the supercapacitor cells equipped with this electrode can not only efficiently recover energy during train braking to reduce energy waste but also serve as an emergency power source to briefly supply power to key systems in case of sudden power outages, ensuring the safe docking of the train. In the industrial energy storage scenario, it can provide reliable power reserve support for the uninterrupted production of large factories, cope with short-term power interruptions, maintain the continuity of the production process, and greatly enhance the stability and reliability of production operations.
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