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High-efficiency composite material for Indoor Air Filter
By using imported high melt flow rate PP raw materials, after melt spinning, a deep micro/meso-level interconnected porous structure is formed. Simultaneously, special polarizable substances are added inside the fibers, and through a unique polarization process, the stability of charges and the strong surface electric field between the fibers are achieved. This technology not only does not increase air resistance but also exhibits a highly effective electrostatic adsorption effect on fine particles in the air. It can effectively filter out dust, hair, and other airborne particles.
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Material for Cabin Filter
In daily life, the air quality inside vehicles is often overlooked. However, the air pollutants inside the car can significantly impact both driving experience and health. We utilize electrostatic adsorption filtration technology to achieve efficient filtration while maintaining extremely low air resistance. This technology effectively filters out tiny particles such as dust, pollen, and bacteria in the air, ensuring fresh and clean air inside the car. It allows you and your family to enjoy a more comfortable and healthy environment during your journeys.
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Filtration Material for Industry
In industrial applications, primary filters are mainly divided into two forms: panel filters and bag filters. They are commonly used for air pre-filtration in cleanrooms, as well as fresh air and air conditioning systems, to remove larger particles, impurities, and dust contaminants, thereby protecting higher-level filters. Our company’s products are characterized by high dust holding capacity, low resistance, stable efficiency, and cost-effectiveness. They are widely applied in cleanrooms of industries such as semiconductors, biopharmaceuticals, and food processing.
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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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Electrostatic Cotton for AC
The use of electrostatic cotton in air conditioning systems can effectively reduce indoor air pollutants, improve indoor air quality, and enhance the comfort and health of the living environment. Electrostatic cotton can not only absorb particulate matter, but also remove odors and bacteria, thereby purifying the air.
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Filters for kitchen range hoods
The filter for kitchen range hoods is mainly used to filter grease and other impurities in the smoke, preventing them from entering the exhaust duct and improving the efficiency and lifespan of the range hood.
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Pre-filters for Air Conditioner
The filter installed at the air inlet of the air conditioner is mainly used to block dust in the atmosphere to ensure clean and healthy indoor air.
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Melt-blown filter material for Masks and Respirators
Our filter materials use imported PP raw materials and undergo strict production processes and technical requirements. We offer a variety of high-efficiency filtration solutions to meet different standard requirements. Compared with traditional electrostatic charging melt-blown technology, our filter materials have lower resistance and better charge stability. They effectively filter out harmful particles, viruses and bacteria from the air. It is especially suitable for children’s masks with high resistance requirements and protective masks that need to be worn for a long time. We are committed to providing you with the highest quality filter materials, allowing you and your family to have a healthier and safer living environment.
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Antibacterial Melt-blown Filtration Material
Uniform dispersion of antimicrobial ingredients in melt-blown fibers can provide longer-lasting antimicrobial properties compared to surface antimicrobial coatings. In addition, the diameter of melt-blown fibers is typically 1-5 microns, which significantly increases the surface area. This allows for more effective contact between fiber and bacteria, effectively enhancing its antibacterial properties.
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