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Antibacterial and Antifungal Filtration Material
Bacteria and fungi in the air can be intercepted by physical filtration, but this can lead to bacterial proliferation on the filter material. We use advanced and safe metal-organic antibacterial technology, combined with post-finishing technology, to successfully form an effective protective layer on the surface of the filter fiber. This protective layer prevents microorganisms such as bacteria, fungi, and molds from interacting with the lipids in the cell membrane, thereby destroying its integrity, causing an interruption in the exchange of materials inside and outside the cell, and ultimately leading to its death. In addition, our products also have the characteristics of directly interfering with bacterial DNA replication and transcription processes, further inhibiting the growth and reproduction of microorganisms. Our products therefore have a very reliable effect against bacteria, fungi, mold and other microorganisms.
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Antiviral Filtration Material
The COVID-19 pandemic has made us reassess the importance of health and safety. High-quality air filters have become essential to protect our families, colleagues, and students from viral infections. We apply a post-treatment process to our non-woven fabrics to give the fibers anti-viral properties. This new filter material can effectively capture and destroy microorganisms, significantly reducing the risk of virus transmission in the home environment. It is not only suitable for home use, but can also be widely used in offices, hospitals, schools and other places.It improves air quality and ensures the health and safety of you and your team.
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Formaldehyde-removing filter materials
Traditional filters face limitations in improving formaldehyde CADR (Clean Air Delivery Rate) performance due to air resistance and structural limitations. We overcome this problem by adding a unique formaldehyde reducing agent to the surface of the fiber substrate. This agent can effectively decompose formaldehyde molecules into harmless carbon dioxide and water. Compared with traditional activated carbon filters that absorb formaldehyde, our formaldehyde composite filter paper has higher activity, better durability, and no secondary odor. Effectively enhance the FCADR performance of the filter.
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