Combined activated carbon filter

Combined activated carbon filter Working Principle

The working principle of the combined activated carbon intermediate-effect filter is to utilize the huge surface area of activated carbon and its adsorption capacity of harmful gases through specific structural design, combined with the retention effect of the intermediate-effect filtration material, to jointly remove particles and large molecules of harmful gases in the air. When the air flows through the filter, the particles are captured by the medium-effect filter material, while the harmful gases are adsorbed by the activated carbon, thus effectively purifying the air.

Combined activated carbon filter Performance Characteristics

• Capturing ability: The filter can effectively capture particles of dust and various suspended matters of 1-5μm to ensure the cleanliness of the air. Through powerful physical and chemical effects, it significantly reduces the concentration of harmful substances in the air.

• Large airflow: designed with a large airflow, it can adapt to different space requirements and provide sufficient filtration efficiency. This feature makes the filter suitable for large office, commercial and industrial environments.

• Low resistance: The design of the combined activated carbon medium efficiency filter ensures low resistance, which guarantees unimpeded air flow, helps to reduce the energy consumption of the equipment, and improves the operating efficiency of the system.

• High Dust Capacity: The high dust capacity design reduces the frequency of replacement and extends the service life. This not only enhances the user experience, but also reduces maintenance costs.

• Easy to clean and reuse: The filter can be cleaned and reused repeatedly, further reducing operating costs and improving economic efficiency. Users only need to clean it regularly to maintain its good filtration performance.

• Diversified types: The filter provides two types, frameless and bagged, to meet different installation requirements and flexibly adapt to various places.

• Filter material: The use of special non-woven or glass fiber material provides excellent filtration efficiency and ensures efficient removal of airborne pollutants.

• Efficiency Verification: After strict colorimetric testing, the filtration efficiency is between 60% and 95%, ensuring the high performance operation of the filter.

• Use conditions: able to work normally at temperatures of up to 80°C and 80% humidity, suitable for a variety of complex environments.

Combined activated carbon filter Industry Applications

Commercial office space applications

In commercial office spaces such as shopping malls, office buildings and office buildings, the combined activated carbon medium-effect filter provides protection for the indoor environment by effectively filtering airborne bacteria and particulate matter. Its activated carbon component can effectively adsorb harmful gases and odors, creating a more comfortable and safer office environment.

Combined activated carbon filter Applications in Medical Institutions

In hospitals, operating rooms, laboratories and other medical institutions, medium-effect filters not only prevent cross-infection of bacteria and viruses, but also ensure the cleanliness of the medical environment. The strong adsorption capacity of activated carbon is especially important for removing chemical residues, helping to maintain the functionality and extend the service life of medical devices.

Combined activated carbon filter Applications in the Food and Beverage Industry

In restaurants, hotels and other catering establishments, combined activated carbon medium-effect filters can effectively remove oily smoke, odors and bacteria generated during the cooking process, providing a healthy dining environment. This is essential to protect the health of customers and maintain the good reputation of the restaurant.

Combined activated carbon filter Industrial Applications

In industrial production environments, medium-effect filters can prevent airborne dust and harmful particles from contaminating production equipment and products, ensuring the safety and quality of the production process. The use of filters is especially important in industries involving sensitive processes such as fine chemicals and electronic assembly.