Nutshell Based Activated Carbon

The Most Cost-Effective Activated Carbon

DESCRIPTION

ACarbon® Nutshell Based Activated Carbon is produced using high-quality nutshell as raw material, processed through a steam activation method. This creates a well-developed pore structure and high specific surface area, endowing it with excellent capabilities for both physical and chemical adsorption. As a highly cost-effective activated carbon, nutshell carbon can effectively replace coconut shell activated carbon. It is widely used in advanced gas adsorption, catalyst carriers, precious metal extraction, solvent recovery, RNG and biogas adsorption, new energy industries, and other fields.

Acarbon® Nutshell Based Activated Carbon include extruded carbon, granular carbon, and powdered carbon.

FEATURES
  • High Iodine Value: Iodine value over 1300 mg/g, indicating huge micropore volume and strong adsorption capacity,.
  • High Mechanical Strength: Robust product structure, resistant to breakage during transportation and use, ensuring long service life and stable performance.
  • Renewable: Raw materials sourced from renewable shell resources, aligning with sustainable and environmentally friendly principles, making it a preferred material for green industries.
  • High Cost-Effectiveness: The most cost-effective activated carbon.
Products Recommendation

Extruded Activated Carbon

Specifications Values Units
CTC
90
60
50
min. %
Iodine Number
1300
1100
1000
min. mg/g
Hardness
95
97
98
min. %
Moisture
5
5
5
max. %
Ash
8
5
5
max. %
Bulk Density
380±20
470±20
490±20
g/l
Particle Size
0.9, 2, 3, 4
0.9, 2, 3, 4
0.9, 2, 3, 4
mm

Granular Activated Carbon

Specifications Values Units
Iodine Number
900-1200
mg/g
Methylene Blue
120-150
mg/g
Bulk Density
350-550
kg/m³
Hardness
90-95
%
Ash
6
max. %
Moisture
5
max. %
Particle Size
4×8, 8×30, 30×60, 100×200;
Customization
mesh

Powder Activated Carbon

Specifications Values Units
Iodine Number
900-1200
mg/g
Methylene Blue
120-150
mg/g
Ash
6
max. %
Moisture
5
max. %
pH
9-11
Particle Size
200,325
mesh

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