Product Name
Name：Activated Carbon
Product Overview
Activated carbon for supercapacitors, commonly known as supercapacitor activated carbon or carbon electrode material, is a material with unique properties specifically used in the manufacture of supercapacitors. Activated carbon in supercapacitors has a super large specific surface area, which is the basis for its excellent performance. A high specific surface area means that more charges can be stored on the electrode surface, thereby increasing the capacity of the capacitor.
The excellent conductivity enables rapid charge transfer within and between electrodes, which is beneficial for the rapid charging and discharging of capacitors.
A reasonable distribution of pore structure, such as the presence of mesopores and micropores, facilitates electrolyte penetration and charge storage.
Activated carbon with low ash content and impurities can reduce the internal resistance of capacitors and improve their overall performance. Activated carbon for supercapacitors exhibits excellent electrochemical stability and high specific capacitance, enabling rapid charging and discharging at high current densities without significant performance degradation. This gives supercapacitors an extremely long working life and fast charging and discharging characteristics, making them suitable for applications that require high power density and fast response.
Technical Parameter
Particle size:±1 μm
Surface area:800(±100) m2/g
Pore volume:.0-1.2 cm2/g
Pore size:.0-2.2 nm
Carbon:gt;95%
Density:.38-0.40 g/cc
pH:.5-7.5
Iodine adsorption 2000(±100) m2/g
Ions from ICP:lt;1000 ppm
Organic capacitance:gt; 130 F/g
Organic capacitance:gt; 60 F/cc
Product Features
Conductivity: Super capacitor activated carbon has excellent conductivity, which can ensure the rapid transfer of charges inside the electrode and at the electrode/electrolyte interface.
Mechanical stability: At the same time, it also has good mechanical stability and appropriate apparent density, which can maintain stable performance under various working conditions
Application Fields
Wastewater treatment: effectively removes harmful substances such as organic matter, heavy metal ions, and residual chlorine from water.
Water purification: Improve water quality and enhance the safety of drinking water.
Air purification: adsorbing harmful gases and particulate matter in the air.
Drug Separation: Utilizing the adsorption properties of biomass activated carbon for the separation and purification of drug components.
Related Information
Please e-mail for the detailed characterization data.
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