The electrode sheet is a high-cycle dry electrode, compared with the traditional wet process, the electrode carbon load is increased, so that its capacity is higher. No solvent is involved in the process, so there is no solvent residue, which makes it more stable and reliable. It also has the characteristics of a high-cycle electrode sheet, specially designed for superior performance and long life.
Electrode sheet model | TY-135S-250-A017 |
Electrode sheet type | Single-sided |
Electrode sheet thickness | 135±5 μm |
Compaction density of the electrode sheet | ≥0.66g/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 | 240±2.0mm |
Width of the single-sided blank area | 5mm±1 |
Thickness of the foil and its tolerance | 20±2um |
Reference for capacitance performance in capacitors | 1820F/㎡ |
Meet the environmental protection requirements such as RoHS. | |
1. Environmentally Friendly and High-Efficiency, Green Manufacturing
The solvent-free and low-temperature processes are adopted to reduce environmental pollution. The production process is simple, energy-saving and highly efficient, meeting the requirements of green environmental protection and helping enterprises reduce their carbon footprint.
2. High Performance and Ultra-Long Service Life
The dry electrodes possess excellent electrical conductivity and high energy density, which can improve battery performance, enhance cycle stability, extend the service life and reduce the replacement frequency.
3. Flexible Adaptation and Diverse Choices
A variety of specifications and performance configurations are provided to meet different application requirements. The thickness and materials of the electrodes can be adjusted to satisfy all kinds of high-power and high-energy demands.
The TY-135S-250-A017 dry electrode, by its outstanding performance characteristics, plays a crucial role in practical applications, especially in lead-type supercapacitors. It provides a solid foundation for enhancing the performance of supercapacitors. Lead-type supercapacitors, possessing advantages such as rapid charging and discharging and high power density, are thus widely utilized in the field of smart meters, ensuring the data storage of smart electricity meters, water meters, gas meters, and heat meters. During the data storage process, the TY-135S-250-A017 dry electrode guarantees that the supercapacitors can supply power stably, enabling all kinds of data to be accurately and continuously recorded and stored, providing a reliable basis for subsequent statistical analysis and decision-making. Meanwhile, it also plays an important part in the remote meter reading function of smart meters. It ensures the stable output of power from lead-type supercapacitors, supports the normal operation of communication modules, and enables smart meters to break through spatial limitations and achieve real-time and efficient remote transmission of data. This process has promoted the intelligent development of water, electricity, gas, heating, and other industries and enhanced the refined management level of cities.
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