1. Structural characteristics and rapid penetration mechanism of activated carbon honeycomb layer
The activated carbon honeycomb layer of Round Design HEPA Filter adopts advanced manufacturing technology to form a unique honeycomb structure. This structure not only increases the specific surface area of ​​activated carbon, provides more adsorption sites, but also optimizes the penetration path of gas molecules. Compared with traditional granular or powdered activated carbon, the honeycomb structure allows gas molecules to penetrate into the activated carbon more quickly and evenly, thus achieving the effect of rapid penetration.

On the basis of rapid penetration, the activated carbon honeycomb layer can quickly respond to harmful gas molecules in the air and effectively shorten the purification time. Whether it is volatile organic compounds (VOCs) such as formaldehyde and benzene generated by indoor decoration, or harmful gases such as automobile exhaust and industrial waste gas in outdoor air, the activated carbon honeycomb layer can efficiently adsorb in a short time to ensure rapid improvement of indoor air quality.

2. Mechanism of efficient removal of harmful gas molecules
The ability of the activated carbon honeycomb layer to efficiently remove harmful gas molecules comes from its unique adsorption mechanism. There are a large number of micropores and mesopores distributed on the surface of activated carbon. These pore structures provide abundant adsorption sites for gas molecules. When harmful gas molecules contact the surface of activated carbon, they are captured by the pore structure and adsorbed inside the activated carbon.

In addition, the activated carbon honeycomb layer has been specially activated to give its surface a certain polarity, thereby enhancing the interaction force with harmful gas molecules. This interaction force not only improves the adsorption efficiency, but also ensures the stable adsorption of harmful gas molecules inside the activated carbon, preventing the gas from being released again.

In the Round Design HEPA Filter, the activated carbon honeycomb layer works closely with the HEPA layer to form an efficient air purification system. The HEPA layer is responsible for capturing tiny particles in the air, such as dust, pollen, bacteria, etc., while the activated carbon honeycomb layer focuses on adsorbing harmful gases and odors. The synergistic effect of the two makes the Round Design HEPA Filter perform well in removing various pollutants in the air, providing users with a fresh and healthy indoor environment.