Porous structure: The honeycomb structure is composed of a large number of closely arranged hexagonal holes. This porous structure increases the surface area and provides a large number of contact surfaces, allowing the particles and pollutants in the air to fully contact the filter material.
Air channel: The honeycomb structure design provides a tortuous air channel, which increases the residence time of the air in the filter material, which is conducive to the capture and adsorption of particles and pollutants.
2. Filtration principle
Surface filtration: The pore size of the honeycomb structure is usually designed to be larger than the particles in the air, but much larger than the air molecules. This design allows the particles to be intercepted on the surface when passing through the holes, forming a layer of filter cake, further improving the filtration efficiency.
Deep filtration: Due to the tortuous channels inside the honeycomb structure, the air will experience multiple collisions and decelerations when passing through, so that the particles are captured inside the material. This deep filtration mechanism effectively improves the filtration efficiency.
3. Adsorption and chemical reaction
Adsorption materials: Handmade Paper Honeycomb Sandwich Panel usually uses materials with adsorption capacity, such as activated carbon, zeolite, etc. These materials can adsorb harmful gases and volatile organic compounds (VOCs) in the air to improve the purification effect.
Chemical reaction: Some honeycomb sandwich panels are coated with catalysts, such as titanium dioxide (TiO2), which can decompose harmful substances in the air, such as formaldehyde, benzene, etc. under light conditions to achieve chemical purification.
4. High-efficiency filtration materials
High-performance filter paper: Honeycomb structure filter paper usually uses high-performance materials, has high strength and durability, and has excellent filtration performance. It can reduce resistance while maintaining high filtration efficiency.
Non-woven fabrics and fiber materials: In addition to filter paper, the honeycomb structure can also be filled with non-woven fabrics, fiber materials, etc. to increase the thickness and density of the filter layer and further improve the filtration efficiency.
5. Aerodynamic optimization
Low resistance design: The hexagonal hole design of the honeycomb structure has the characteristics of low resistance in aerodynamics, which can reduce the energy loss during air flow and ensure that the air passes through the filter material efficiently.
Uniform distribution: The honeycomb structure can make the air evenly distributed in the filter material, avoid local blockage and air short circuit, and improve the overall filtering effect.
6. Structural stability
Strength and stability: The Handmade Paper Honeycomb Sandwich Panel has high structural strength and stability, can withstand the pressure and vibration caused by air flow, and ensure the filtering effect of long-term use.
Durability: The honeycomb structure design makes the paper honeycomb sandwich panel have good durability, can maintain high-efficiency filtering performance for a long time, and reduce the need for frequent replacement.
The Handmade Paper Honeycomb Sandwich Panel achieves efficient air filtration and purification functions through its unique honeycomb structure design. The comprehensive effect of porous structure, filtration principle, adsorption and chemical reaction, high-efficiency filtration material, aerodynamic optimization and structural stability enables this sandwich panel to effectively capture and purify particulate matter and harmful substances in the air, providing a clean and healthy air environment.
