Mesoporous Activated Carbon
ACarbon® Wood Based Spherical Mesoporous Activated Carbon
Empowering New Energy Technology Innovation. Driving a Green and Sustainable Future.
ACarbon® Wood-based Spherical Mesoporous Activated Carbon is engineered from high-performance biomass and innovative pore-forming technology. It delivers concentrated pore distribution, exceptional conductivity, and superior thermal stability.
The unique spherical structure with controllable mesopores (2-50 nm) makes it an ideal solution for energy materials and catalyst carriers, enabling efficient energy conversion and storage.
APPLICATIONS
ACarbon® Wood-based Spherical Mesoporous Activated Carbon
Core Advantages
- Eco-Sustainable: Sourced from renewable biomass with low carbon footprint.
- Precision Pores: Focused pore distribution (2-50 nm) accelerates ion/gas transport.
- High Conductivity: 3D conductive network enhances charge transfer efficiency.
- Extreme Stability: Resists high temperatures and corrosion in harsh environments.
Application & Value propositions
1.Supercapacitor Electrode Material
- Ultra-High Surface Area (800-1,500 m²/g): Maximizes charge storage sites, boosting specific capacitance.
- Hierarchical Pores: Micro-mesopores synergy accelerates ion diffusion, improving charge/discharge efficiency by 30%.
- Extended Lifespan: >95% capacity retention after 100,000 cycles. Stable performance.
- Ultra-High Surface Area (800-1,500 m²/g): Maximizes charge storage sites, boosting specific capacitance.
2.Lithium-ion Battery Anode Material
High Capacity & Rate Performance: 400-600 mAh/g reversible lithium intercalation, good for fast charging capability.
Buffer Volume Expansion: Mesopores mitigate swelling in Si/Sn-based anodes, extending cycle life by 50%+.
Compounded-materials Performance Enhancement: Triples conductivity when composited with active materials; optimizing the comprehensive performance.
3.Fuel Cell Catalyst Carrier
High Dispersion Loading: Mesopore confinement improves noble metal (e.g., Pt) dispersion by 40%.
Doubled Catalytic Activity: Enhances reactant gas adsorption, increasing its power density by 25%.
Corrosion Resistance & Hydrophilicity: Uniform electrolyte distribution ensures safer operation after surface modification.
4.Dye-Sensitized Solar Cells (DSSC)
High-Efficiency catalysis of Auxiliary Electrode: Replaces Pt electrodes, PCE (power conversion efficiency) higher than 12%.
Photo-anode Light Capture: Optimizes absorption/scattering of light, boosting photocurrent density by 20%.
Corrosion Resistance & Hydrophilicity: Uniform electrolyte distribution ensures safer operation after surface modification.
| Specifications | Values | Units |
|---|---|---|
|
Appearance |
Black spheres |
– |
|
Mesoporosity |
60 min. |
% |
|
Moisture |
10 max. |
% |
|
Ash Content |
5 max. |
% |
|
Bulk density |
0.38-0.45 |
g/ml |
|
Mythelene blue |
14 min. |
ml/g |
|
Iodine number |
1000 min. |
mg/g |
|
Hardness |
98 min. |
% |
|
Particle size |
1-2 |
mm |
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