Tsingyan specifically created this dry electrode model for button cell batteries. This carbon sheet significantly increases energy and power density by enabling effective current transmission during charging and discharging because of its huge specific surface area and superior electrical conductivity. Stable performance under high voltage and extreme temperature circumstances is guaranteed by their exceptional mechanical strength and good thermal stability. Dry carbon sheets for coin cell batteries, which are widely utilized in portable electronics like smartwatches and headphones, are now a crucial component of contemporary small power solutions, ensuring dependable and long-lasting power supplies.
Electrode sheet model | TY-M760-200-A017/117 |
Electrode sheet type | Self-supporting membrane |
Electrode sheet thickness | 760±10 μm |
Compaction density of the electrode sheet | ≥0.58g/cm3 |
Moisture content of the electrode sheet | ≤4% |
Total width of the electrode sheet | 200±1mm |
Meet the environmental protection requirements such as RoHS | |
1. High Energy Density
The dry-process carbon film increases the energy density of the electrode, providing longer usage time and extending the battery life of button cells.
2. Fast Charging and Discharging
The carbon film material has excellent conductivity, enabling fast charging and discharging, which improves the response speed and efficiency of button cells.
3. Eco-friendly Solvent-free Process
Manufactured using a solvent-free process, reducing environmental pollution, meeting green and eco-friendly standards, and enhancing the product's market competitiveness.
The TY-M760-200-A017/117 dry carbon film helps button supercapacitors retain a lot of energy in smart wearables like watches and bands, which reduces charging difficulty and provides consistent power for long-term motion and heart rate monitoring.
With their superior charge-discharge capabilities, film-equipped supercapacitors for IoT sensor nodes can swiftly supply the sporadic power requirements of different sensors, guaranteeing a steady supply, extending deployment, and reducing expenses.
It gives supercapacitors in portable medical equipment a high power density and a long cycle life, allowing for quick energy release for urgent detections and steady operation after several cycles.
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Our cutting-edge dry electrodes are designed for superior performance.
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