Coconut Shell Based Activated Carbon

ACarbon® coconut shell based activated carbon is an important component of renewable raw material activated carbon. 

DESCRIPTION

We use stable and high-quality coconut shells as raw materials, and special processes to activate and modify, effectively changing the surface functional groups of activated carbon.It has the characteristics of rich pore structure, high specific surface area, high strength, low ash, large butane adsorption capacity, and fast adsorption speed. We can conduct detailed and rigorous particle size distribution control according to customer application requirements and provide flexible particle size distribution.

APPLICATION

It’s mainly used for gas purification treatment such as automotive filters, military and civilian protective products, water purification, catalyst carriers, and new energy carbon material applications.

Products Recommendation

Coconut Shell Based Granular Activated Carbon

Specifications Values Units
Specific Surface Area
1000-1500
m²/g
Methylene Blue
135-250
mg/g
CTC
50-90
%
Hardness
95 min.
%
Ash
5
%
Particle Size
4×8; 8×30, 12×40, 30×60
mesh

Applications

  • Drinking water purification
  • Gas treatment such as n-butane

Features

  • Developed pore structure
  • Large specific surface area
  • Strong adsorption capacity
  • High hardness

Coconut Shell Based Powdered Activated Carbon

Specifications Values Units
Specific Surface Area
1000-2000
m²/g
Methylene Blue
135-250
mg/g
Ash
1-5
%
Particle Size
325 mesh, 5-10 μm

Applications

  • Catalyst carrier
  • Ink anti sublimation
  • High end water treatment
  • Negative electrode material

Features

  • High methylene blue, large specific surface area
  • Low ash
  • Good adsorption performance
  • Acid washable

Coconut Shell Based Extruded Activated Carbon

Specifications Values Units
Iodine
1100-1400
mg/g
Specific Surface Area
1000-1500
m²/g
CTC
60-90
%
Hardness
95 min.
%
Ash
5-8
%
Particle Size
2,3,4,
mm

Applications

  • Air purification
  • Catalyst carrier

Features

  • Developed pore structure
  • Large specific surface area
  • Strong adsorption capacity
  • High hardness

GET IN TOUCH

Once received, our team will get in touch with you soon.

Scroll to Top