Activated Carbon
for EDLC Applications
- Item No.
- USF
High-Capacity, High-Purity Electrode Material
USF is an ultra-pure activated carbon derived from coconut shell, produced using advanced activation and purification technologies. Engineered specifically for use in electric double-layer capacitors (EDLCs), it offers rapid charge/discharge response, high energy density, and excellent cycle stability—positioning it as a next-generation electrode material for energy storage applications.
Features
- Extensive Surface Area and Optimized Microporosity
- BET surface area: 1637.7 m²/g
Average particle size: 6.179 µm
Facilitates fast ion/electron mobility for high-efficiency charge storage. - Outstanding Capacitance Performance
- Specific capacitance: 124 F/g @ 2.5 V
Volumetric capacitance: 68 F/cc @ 2.5 V
Enables compact, high-capacity energy storage designs. - Ultra-High Purity
- Trace metals and residuals are rigorously removed.
Ash content: 0.1%
Moisture loss: 5.1%
Ensures enhanced reliability and safe long-term use. - Consistent Quality Assurance
- Strict manufacturing controls deliver uniform particle quality and batch-to-batch reproducibility.
This activated charcoal has been refined to increase its purity. It is a highly activated, high-quality refined coconut shell activated carbon for EDLC.
Application
EDLC Electrodes
Suitable for both anode and cathode in high-power, long-life supercapacitors.
Technical data
EDLC capacitance characteristics
| Rated capacitance | F/g | 124 | Terminal voltage: 2.5V |
|---|---|---|---|
| Capacitance per volume | F/cc | 68 | Terminal voltage: 2.5V |
Quality specifications (analysis example)
| Shape | Powder |
|---|---|
| BET surface area | 1637.7㎡/g |
| Particle size(MESH) | 6.179µm |
| Packing density | 0.50g/㎤ |
| Ash content | 0.1% |
| Loss on drying | 5.1% |
| Minimum Lot | Please contact us |
