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Honeycomb activated carbon is a structured form of carbon designed with a porous honeycomb shape that offers a large surface area and low airflow resistance. It is widely used for industrial waste gas treatment, VOC removal, deodorization, and air purification in various sectors such as chemical, pharmaceutical, electronics, and municipal applications. Its uniform structure allows for high adsorption efficiency, easy installation, and long service life. Ideal for continuous air treatment systems requiring stable performance and high durability.
Raw Material：Coal
Clarkson honeycomb catalyst is the best dedicated purification material for indoor air purifiers. It can treat VOCS organic pollutants in the indoor air environment through the air circulation system of the air purifier: various indoor odors, smoke odors, and musty odors.
The toxic and harmful volatile organic pollutant gases produced by indoor decorations and the volatile organic pollutants contained in PM2.5 in the haze entering from outside.
This honeycomb activated carbon carrying catalyst features low ventilation resistance of circulating air, large geometric specific surface area for waste gas contact, large waste gas treatment capacity, well-developed microporous specific surface area of the material, no blackness or dust shedding of the product, high strength, strong performance in removing organic pollutants from indoor air, and no need for light activation purification.
Specification:
Clarkson’s honeycomb catalyst product for removing odors, preserving freshness and preventing mold in refrigerators can eliminate various odors (ammonia smell, oil smell, ethylene smell and mold smell) produced by food in the refrigerator through the self-circulation of air inside the refrigerator, which is beneficial for food preservation, mold prevention and sterilization.
This product features low ventilation resistance, a honeycomb structure that enables self-circulation of air inside the refrigerator, a large geometric specific surface area for contact, well-developed micro-pore specific surface area of the material, good strength, strong odor removal performance, high purification efficiency, long service life and easy replacement.
Specification:
Clarkson’s honeycomb catalyst product for deodorizing range hoods can efficiently purify carcinogens such as polycyclic aromatic hydrocarbons and PM2.5 contained in the cooking fumes produced by high-temperature cooking, as well as the exhaust gas (CO, NOx) from gas combustion, reducing indoor air pollution and protecting human health.
This product is integrated at the rear end of the range hood, featuring low pressure loss, small gas mass transfer resistance, high airflow intensity, high oil fume absorption rate and easy replacement.
Specification:
Clarkson pet deodorizing pad is made of activated carbon fiber cotton processed through special chemical and physical techniques, and appears as a black soft felt-like material.
This product has good air permeability, a large specific surface area (1000-1600㎡/g), and the micro-pore volume accounts for about 80% of the total pore volume. It can withstand high temperatures (>500℃) and features excellent adsorption and rapid desorption properties. It not only possesses the dust-filtering and breathable properties of fiber cotton, such as good elasticity and easy processing, but also has the purification effect of activated carbon on harmful gases, pet odors, and foul odors.
Specification:
High Surface Area
The honeycomb structure provides a large contact area for efficient adsorption of pollutants such as VOCs, odors, and harmful gases.
Low Pressure Drop
Optimized airflow channels ensure minimal resistance, making it ideal for continuous air purification systems.
Excellent Adsorption Efficiency
Uniform structure ensures stable and consistent removal performance, even under high flow conditions.
Long Service Life
High mechanical strength and thermal stability allow for extended operational cycles and cost-effective maintenance.
Easy Installation & Replacement
Modular block design simplifies assembly and replacement in both large-scale and compact systems.
Eco-Friendly & Regenerable
Can be thermally regenerated for reuse, reducing operational costs and environmental impact.
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