Spherical Activated Carbon

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Xiamen All Carbon Corporation

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ACarbon® SP series is the latest generation of spherical activated carbon processed with special ion resin as raw material and using the world's leading spherical activated carbon production technology.

With high strength (hardness), high purity, low ash, low impurities; it gets very smooth surface with bright, high spherical shape, particle size from 0.1mm~0.9mm.

Applications of Spherical Activated Carbon

Personal Protective clothing, gas mask, gas canister (for confined space)
The chemical protective clothing that made of spherical activated carbon is light in weight, good air permeability, low resistance to water vapor, good protection against chemical warfare agents, and great comfortable to wear. Protective clothing based on spherical charcoal can be used after multiple laundries, in contrast to the clothing based on powdered activated carbon.
High-end water treatment:
Drinking water filtration: SP series resin-based spherical activated carbon does not contain adhesive, avoiding the microplastic environmental problems that may be caused by traditional carbon filters; Spherical activated carbon with smooth surface and uniform particle size, has good rolling property and low flow resistance in liquid adsorption. High fluidity, low dust and precise particle size distribution make it ideal for adsorption on small filters with high removal rate of residual chlorine.
Industrial ultra-pure water filtration: SP series resin-based spherical activated carbon with high purity, high strength, high wear resistance; no adhesive in production with less dust; widely used in monocrystalline silicon or polysilicon, silicon wafer cutting, solar cells, semiconductor material process and biomedical pure water, ultra-pure water production.
Industrial wastewater filtration:

SP series resin based spherical activated carbon has uniform smooth appearance, good fluidity and high sphericity, low resistance to gas or liquid flow, with high adsorption surface area, very suitable for adsorption on the fluidized bed; it can be reactivated repeatedly with an attrition rate of less than 1%, resulting in extremely low operating and maintenance costs.
Pharmaceutical Used.

Spherical activated carbon for oral drugs (represented by KREMEZIN for kidney disease, oral anti-diabetic drugs)
Blood purification (Hemoperfusion apparatus)
Pet drugs (for kidney disease and emergency pet detoxifier)
Enhancer of anti-anaemia effect of erythropoietin, selective exclusion of antibodies, electrochemical detoxification of biological fluids and bioelectrode materials, etc.

Polysilicon production:
SP series resin-based spherical activated carbon has high purity, high strength, high abrasion resistance, low dust and very low impurity content, so resin-based spherical carbon is widely used in the production process of high-purity polysilicon to adsorb impurity compounds, thus producing polysilicon with stable quality.
Energy storage:
Resin-based spherical activated carbon facilitates the flow of electrolyte and the infiltration of electrolyte into the electrode, which makes it easier to form a electronic double layer, thus increasing the specific capacitance of the capacitor; its high tap density makes the capacitor easy to obtain a relatively high volumetric energy density; it has developed pore structure and well chemical stability. Therefore, resin-based spherical activated carbon has become a more ideal electrode material for super-capacitors.

Features of Spherical Activated Carbon
Devoid of dangerous materials:
Only the components C, H, N, and O make up its constitution; it contains no compounds that are hazardous to the human body, such as heavy metals or toxic chemical elements.
Minimal ash:
When using the resin as a raw material, the activated carbon has a very low ash content because it is a synthetic chemical material with minimal impurities that has been processed through scientific chemical processes.
High power:
Its strength is significantly higher than that of comparable carbon produced by other raw materials due to the properties of its carbon molecules after carbonization. Its compressive strength is significantly higher than that of other comparable goods at the same density.