Advanced Gas Adsorption Activated Carbon
ACarbon® advanced gas adsorption activated carbon uses high specific surface area activated carbon as the base material.
Through advanced manufacturing processes such as non-impregnation technology modification, impregnation process and catalytic treatment, it significantly enhances the chemical adsorption capacity for specific gases and can effectively remove various toxic and harmful gases such as n-butane, toluene, SO₂, NO₂ and ammonia.
ACarbon® advanced gas adsorption activated carbon customized service can meet your efficient adsorption needs for various harmful gases. Whether you are seeking solutions to improve indoor air quality or hoping to provide a healthier air environment for your car cabin, we can offer the most suitable products for you to ensure indoor air quality and create a healthy and safe living and working environment.
APPLICATIONS
N-butane Adsorption
CFB series are made from high-quality coconut shells through a unique and advanced manufacturing process. It can effectively filter organic gases and protect lung health. It is mainly applied to adsorb n-butane, styrene, acetic acid and other organic compounds (VOCs). In addition, we can adjust the parameters of activated carbon to meet the different adsorption requirements of customers.
Features:
- Micropores volume more than 80%
- High n-butane adsorption capacity
- High hardness
- Low ash content
| Specifications | CFB-42 | Units |
|---|---|---|
|
N-butane Adsorption Capacity |
35-55 (Packed bed, 80ppm, 23°C, 50% humidity) |
% |
|
CTC |
50-90 |
% |
|
BET Surface Area |
900-1500 |
m²/g |
|
Hardness |
95 |
% |
|
Particle Size |
30×60 or customized |
– |
Toluene Adsorption
The CF series are made from high-quality coconut shells as raw materials. By implementing a unique and advanced manufacturing process, adjusting the pore size of the product and strictly controlling the particle size distribution, it can effectively adsorb gases such as toluene, SO2, and NO2.
| Specifications | CF-1200 | Units |
|---|---|---|
|
Toluene Adsorption Capacity |
250 min. |
mg/g |
|
SO₂ Adsorption Capacity |
75 min. |
mg/g |
|
NO₂ Adsorption Capacity |
150 min. |
mg/g |
|
BET Surface Area |
1200 |
m²/g |
|
Hardness |
95 min. |
% |
|
Particle Size |
30×60 or customized |
– |
Ammonia Adsorption
PN-2 is a type of activated carbon specifically designed for alkaline gases, especially ammonia, made from high-quality coconut shells through a unique chemical impregnation process. It is applicable to air conditioning filters for vehicles and aircraft cabins, etc.
We can adjust the parameters of activated carbon, the composition and proportion of the impregnate according to the requirements to meet the adsorption needs of various alkaline gases and different concentrations of customers.
Features:
Reasonable particle size distribution
Unique impregnation technology
High-efficiency NH₃ adsorption.
| Specifications | PN-2 | Units |
|---|---|---|
|
Ammonia Protection Time |
25 min. (Typical 65 min.) |
minuites |
|
Moisture |
15 max. |
% |
|
Hardness |
90 min. |
% |
|
Particle Size |
30×60 or customized No visible dust |
– |
SO₂ Removal
CFK-6 is a type of activated carbon with high chemical impregnation content, a reasonable particle size distribution and a remarkable adsorption effect on acidic gases such as SO2, etc.
Features:
Reasonable particle size distribution
Unique impregnation technology
High-efficiency adsorption of acidic gases
| Specifications | CFK-6 | Units |
|---|---|---|
|
SO₂ Protection Time |
Typical 68 |
minuites |
|
Moisture |
15 max. |
% |
|
Bulk Density |
586 |
kg/m³ |
|
Hardness |
95 min. |
% |
|
Particle Size |
30×60 or customized |
– |
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