Spherical Activated Carbon
Resin Based Spherical Activated Carbon
Bio Based Spherical Activated Carbon
ACarbon® SP series resin-based spherical activated carbon take special resin as raw material and processed by the world's leading spherical activated carbon production technology.
It can adjust the pore volume, strictly control the particle size distribution, and realize the flow resistance control.It is the newest generation of spherical activated carbon with high strength (hardness), high purity, low ash, low impurities. Available for particle size from 0.1mm to 0.9mm.
- Free of harmful substances: The chemical element composition of raw material is only contained C, H, N, O; zero heavy metals or non-toxic chemical elements, etc.
- High purity, low ash( ash content < 0.5% ), stable quality.
- High strength, high wear resistance: The directional arrangement characteristics of carbon molecules make its compressive strength much higher than that of other similar products under the same bulk density.
| Items | SP-1000 | SP-1300 | SP-1500 | Units |
|---|---|---|---|---|
|
Specific Surface Area |
1000 min. |
1300 min. |
1500 min. |
m²/g |
|
Iodine Number |
1000 min. |
1300 min.
|
1500 min.
|
mg/g
|
|
Bulk Density |
450-620 |
450-620 |
450-620 |
kg/m³ |
|
Hardness |
99 min. |
99 min. |
99 min. |
% |
|
Ash |
1 max. |
1 max. |
1 max. |
% |
|
Particle Size |
0.1-0.9 |
0.1-0.9 |
0.1-0.9 |
mm |
| Industries | Application | Performance |
|---|---|---|
|
Environmental protection projects |
Industrial wastewater treatment (heavy metal adsorption) Solvent recovery (gas and liquid) |
COD removal rate ≥95% Benzene recovery rate 90% |
|
Semiconductor pharmaceutical |
Terminal purification of ultrapure water system Toxin adsorption of hemoperfusion device |
Water quality up to 18.2MΩ·cm Creatinine clearance rate ≥90% |
|
New energy |
Supercapacitor electrode materials, lithium battery anode carriers |
The cycle life of capacitors has been increased by 40% |
|
Food/Cosmetics |
Sugar solution decolorization, fruit juice clarification, and oil adsorption |
The light transmittance has been increased by 98%, and the taste has been significantly improved |
|
Special industry |
Impurity removal in polysilicon production and catalyst carrier (hydrogenation reaction) |
The purity of the silicon material is 99.9999%, and the activity of the catalyst is increased by 30% |
ACarbon® Coconut Shell-Based Spherical Activated Carbon is a type of spherical activated carbon taking high-quality coconut shells as raw material, and being processed by carbonization and activation with a world-leading spherical activated carbon production technology.
It gets advantages such as large surface area, high strength, and high wear resistance. Its particle size range is 0.5-2.3mm.
- Developed Porous Structure
- High Strength, High Wear Resistance
- Good Chemical Stability
- High Fluidity, High Filling Capacity
- Renew-ability, Sustainability
- High Cost-performance：Same performance but much more attractive price comparing with asphalt based or resin based spherical activated carbon
| Specifications | SC-1200 | Units |
|---|---|---|
|
Iodine Number |
1200 min. |
mg/g
|
|
Bulk Density |
480±30 |
kg/m³ |
|
Hardness |
95 min. |
% |
|
Ash |
6 max. |
% |
|
Moisture |
5 max. |
% |
|
Particle Size |
0.5-2.3 |
mm |
- Water treatment: Drinking water purification (removing residual chlorine, organics and odor) and industrial wastewater treatment (adsorbing heavy metal ions and organic pollutants).
- Catalyst carrier: well performed in the active component for easily to be dispersed, and increase the strength of the catalyst. And it has great impact on the activity, selectivity and service life of the catalyst. In the field of photocatalysis, coconut shell based spherical activated carbon as a carrier can be combined with photocatalyst to improve photocatalytic efficiency and degrade organic pollutants. In the field of metal catalyst, it can be used as a carrier of metal catalyst for catalyzing organic synthesis reaction, petrochemical industry, fragrance industry, dye industry and other fine chemical industry.
- Decolorization for industrial dyes, food and beverages (such as clarification of fruit juice, purification of sugar solution, improvement of taste and color).
- Remove mercaptans from oil products, improve fuel cleanliness, and enhance oil refining efficiency
- Solvent recovery: Efficient recovery of industrial organic solvents such as acetone and toluene; Trichlorosilane purification in the pharmaceutical and chemical industries.
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