Activated Carbon for Cabin Filter
Automobile Series include the activated carbon for cabin filter and for carbon canisters of fuel cars, which are suitable for different vehicles.
Our products have passed the recognition of international mainstream auto parts suppliers and well-known automobile manufacturers.
APPLICATIONS
Activated Carbon for Automobiles
For Cabin Filter
The filter is part of ventilation system of vehicles, aircraft cabins, etc., and is located at the exterior air intake of the passenger cabin in front of the air conditioning system. Typically, the filter has a filter media (non-woven fabric) and an activated carbon layer. It is used to purify the air that is drawn directly from the outside/road and then delivered to the vehicle through the ventilation or air conditioning. Our activated carbon is used to help the filter remove a variety of impurities, from unpleasant odors to gases that can irritate the lungs.
ACarbon® activated carbon for cabin filter selected high-quality coconut shells as raw materials. By implementing a unique and most advanced manufacturing process, we adjust the product aperture, tight control of particle size distribution (flow resistance control), sophisticated chemical impregnation (inorganic gas removal) and extremely low dust content and material hardness (degradation during processing and loss of material as dust). We provide a market-leading product for filter manufacturers. ACC supplies both the basal carbon series and the impregnated (catalytically modified) series of activated carbons, from sustainable raw materials to stringent quality standards.
ACarbon® activated carbon for cabin filter are mainly used to remove organic compounds, odors, n-butane, toluene, sulfur dioxide, nitrogen oxides, etc.
ACarbon® activated carbon for cabin filter includes non-impregnated activated carbon and impregnated activated carbon.
| Specifications | CFB Series | CFI Series | Units |
|---|---|---|---|
|
Type |
Non-impregnated Activated Carbon |
Impregnated Catalytic Activated Carbon |
– |
|
N-butane Capacity |
35-55 |
35-55
|
% (Packed bed, 80ppm, 23°C, 50% humidity)
|
|
CTC |
50-90 |
50 min. |
% |
|
Hardness |
95 min. |
95 min. |
% |
|
Particle Size |
30×60 or customized |
30×60 or customized |
– |
|
Specific Surface Area |
900-1500 |
1000-1500 |
m²/g |
CFB Series Features
- High quality coconut shell by steam activation
- Micropores volume more than 80%
- High n-butane capacity
- High strength
- Low ash content
CFI Series Features
- Effective adsorption of sulfide, ammonia and alkaline gas etc.
- Phosphoric acid impregnated
- High n-butane capacity
Activated Carbon for Automobiles
For Car Carbon Canister
Automotive emissions are a major contributor to urban air pollution. To limit the emission of evaporated gasoline vapor, activated carbon canisters are used, which adsorbs the fuel vapours that escape from the tank when vehicle is parked with a hot engine after use. In a reverse direction, fresh air flows through activated carbon bed to desorb the vapours. Heavily loaded with hydrocarbons, this air flow is then recycled into the engine’s air injection system, and activated carbon is regenerated.
| Specifications | EVAP G1100 | EVAP G1300 | EVAP P1100 | EVAP P1300 | EVAP P1500 | Units |
|---|---|---|---|---|---|---|
|
Apparent Density |
0.25-0.30 |
0.25-0.30 |
0.25-0.30 |
0.24-0.30 |
0.24-0.30 |
g/mL |
|
BWC |
11 min. |
13 min. |
15 min. |
11 min. |
13 min. |
g/100mL |
|
Hardness |
80 min. |
65 min. |
50 min. |
50 min. |
50 min. |
% |
|
Particle Size |
2 |
2 |
2 |
– |
– |
mm |
|
Mesh Size |
– |
– |
– |
8×20 , 6×14 |
8×20 , 6×14 |
– |
* Other sizes can be customized.
Features
- High Butane Working Capacity
- Low Density
- Excellent Hardness
- Low pressure drop
- Very low dust level
- Optimal Particle Size, a Wide Range of Size available
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