The nominal thickness of the electrode of this model is 235um, double-sided composite electrode, width is 250mm, A117 series.
This model electrode is a high capacity series of dry electrodes. By using active materials with high specific surface area, it greatly increases the amount of energy that can be stored per mass or volume. Longer power support and good discharge characteristics are the goals of the optimization of this electrode series.
Electrode sheet model | TY-235D-250-A117 |
Electrode sheet type | double-sided |
Electrode sheet thickness | 235±5 μm |
Compaction density of the electrode sheet | ≥0.66g/cm3 |
Moisture content of the electrode sheet | ≤4% |
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 | 4335F/㎡ |
Meet the environmental protection requirements such as RoHS. | |
1. High-Precision Control for Stable Quality
Precise process control during the production process ensures that each electrode has consistent performance and dimensions, guaranteeing the product quality to be stable and reliable.
2. Fast Charging to Save Time
High-performance materials are adopted to provide the ability of fast charging, shortening the charging time and greatly improving the usage efficiency of the equipment. It is especially suitable for fast-charging applications.
3. Excellent Corrosion Resistance
The materials of dry electrodes have outstanding corrosion resistance, being able to withstand the erosion of various chemical substances, prolonging the service life and maintaining the efficient operation of batteries.
The TY-235D-250-A117 dry electrode, crafted with advanced technology, pairs perfectly with high-capacity horn axial supercapacitor cells, exhibiting excellent performance.
These cells, with high capacity, are crucial in the wind power sector. As backup power for wind turbines, they respond rapidly during grid failures, supplying continuous power to key components to ensure safe shutdown and minimize equipment damage and downtime losses. For blade orientation adjustment, leveraging their fast charging and discharging capabilities, they instantly power the adjustment system, enabling precise blade turning and efficient wind energy capture to boost power generation efficiency.
In photovoltaic panel orientation adjustment, they shine too. As the sun moves, panels need angle tweaks for optimal sunlight intake. The cells stably power the adjustment devices, guaranteeing accurate sun-tracking and maximizing power generation benefits, bolstering the new energy industry.
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