Product Name
Name:Nitrogen-doped solid carbon ball
Product Overview
Nitrogen-doped solid carbon ball, refers to the incorporation of nitrogen atoms in the carbon ball. This doping changes the elemental composition and surface activity of the carbon material, giving it a series of excellent properties. In particular, nitrogen-doped solid carbon balls have a high specific surface area and relatively rich pore structure, which can significantly improve the rate and efficiency of electrochemical reactions. At the same time, the introduction of nitrogen atoms also increases the conductivity, surface polarity and electron donor affinity of the material, thereby improving its electrical storage capacity and capacitance value. As a new type of carbon material, nitrogen-doped solid carbon balls have shown wide application prospects in the fields of electrochemistry, adsorption, catalysis and so on.
Technical Parameter
Appearance:Black powder
Particle size:350-500nm（TEM:/span>
Purity:9.9%
Note: The particle size was measured in a single time,and a small amount of fluctuations was allowed between different batches.
Product Features
1) Excellent electrochemical performance: In the field of electrochemistry, nitrogen-doped solid carbon balls show excellent electrochemical performance, such as high specific capacitance, high cycle stability, etc.;
2) High catalytic activity: In the field of catalysis, nitrogen-doped solid carbon balls have high catalytic activity and can catalyze a variety of chemical reactions.;
Good adsorption performance: In the field of adsorption, nitrogen-doped solid carbon ball has a large specific surface area and special surface characteristics, showing excellent adsorption performance for heavy metals and other pollutants.
Application Fields
1）Energy field: In lithium-ion batteries, nitrogen-doped solid carbon balls can be used as negative electrode materials to improve battery capacity and cycle performance; In supercapacitors, the energy density and power density of capacitors can be improved as electrode materials;
2）Adsorption materials: Nitrogen-doped porous carbon materials show excellent performance in the adsorption of heavy metals. The adsorption capacity and selectivity of heavy metal ions can be significantly improved by adjusting the doping amount and surface characteristics of nitrogen;
3）Catalytic field: can be used for various catalytic reactions, such as oxidation reaction, reduction reaction, hydrogenation reaction, etc. For example, in fuel cells, acting as a catalyst can promote the reduction reaction of oxygen and improve the efficiency of the fuel cell.
Related Information
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