Description
Product
introduction
Wood based columnar activated
carbon uses high quality sawdust, coconut shell as raw materials,
and is produced through crushing, mixing, extruding, molding,
drying, carbonizing, activating. The columnar activated carbon has
lower ash, less impurity than traditional coal columnar carbon, and
the CTC dominates.
It is mainly used in 1. gas
adsorption 2. organic solvents recovery( benzenes gases toluene,
xylol, acetone recovery in acetate fiber industry, CS2 recovery in
fibranne producing, etc.) 3. removing impurity and harmful gas,
this technology has achieved first-class level in China. The CTC
adsorption capacity of ordinary 4mm activated carbon just achieves
*0%, and not more than *0%. But the CTC adsorption capacity of our
factory’s 4mm wood columnar activated carbon can achieve **0%. The
product can completely replace the imported products.
Product
originality
The product
uses proprietary non-bonding molding activated carbon technology to
change the traditional binder molding method of using coal tar,
starch and so on. It does not contain binder ingredients, and
completely depends on affinity between the carbon molecules and the
special properties of the material itself. Using scientific
formula, the adsorption capacity of the advanced carbon pore
structure is full displayed and effectively to avoid blocking
carbon pore.
1. The
service life is 4—5 times of the ordinary coal activated
carbon.
2. With
high adsorption and desorption capacity, thus the solvent recovery
rate can be greatly improved.
3. With
high strength and low ash, and the pore diameter distribute
reasonable.
4. High cost
performance and suitable for organic gases recycling of all kinds
places.
5. High
ignition and safety in use.
Product
comparative:
|
Name
|
CTC
|
Ash
|
Specific gravity
|
Mesh
|
|
Wood columnar activated
carbon
|
**0%
|
3%
|
0.*5
|
φ1mm - φ4mm
|
|
Coal columnar activated
carbon
|
*0%
|
*5%
|
0.5
|
φ1mn - φ4mm
|
Product usage:
1. Gas
adsorption
2. Organic
solvent recovery (benzenes gases toluene, xylol, acetone recovery
in acetate fiber industry, CS2 recovery in fibranne producing,
etc.)
3. Removing
impurity and harmful gas, waste gas recovery.
4. Excessive
gasoline recovery of oil refinery, gas station, oil
depot.
