Honeycomb activated carbon is a porous adsorbent material made from high-quality activated carbon powder as the raw material, which is extruded into shape after adding a binder, and then undergoes processes such as high-temperature activation. It has a regular honeycomb shape, a black appearance, and a large number of evenly distributed pore structures.
The raw material activated carbon powder is screened and pretreated, mixed with a binder, then extruded into a honeycomb green body. High-temperature activation is carried out to make the pores well-developed, and the finished product is obtained after processes such as cooling, inspection, and packaging.
Iodine value: Generally between 400 - 800mg/g. The higher the iodine value, the stronger the adsorption capacity.
Compressive strength: Greater than 0.8MPa, capable of withstanding a certain amount of pressure and air flow impact.
Specification size: Various sizes such as 50×50×100mm, 100×100×100mm, etc., which can be customized.
Cell density: Commonly 100 cells per square inch or 150 cells per square inch.
Specific surface area: Up to 700 - 1500 square meters per gram.
Applications
Industrial waste gas treatment: Effectively adsorbs harmful components such as benzene series and VOCs in waste gases from industries such as chemical engineering, coating, and printing.
Air purification: Removes indoor formaldehyde, benzene, odors, etc., and improves air quality.
Agent recovery: Recovers volatile organic solvents from industries such as chemical engineering and pharmaceuticals.
Advantages
High adsorption efficiency: The honeycomb structure increases the contact area, resulting in fast adsorption rate and large capacity.
Low wind resistance: Gas flows smoothly through it, with low energy consumption and stable equipment operation.
Good strength: Not easy to break, has a long service life, and reduces replacement costs.
Easy installation: Can be flexibly combined and installed in different equipment.
Physical properties: Well-developed and uniform pores, various pore sizes, and light texture.
Chemical properties: Stable chemical properties, does not react with adsorbates to produce secondary pollution.
