Synthetic Fiber Pocket Filter Media
Synthetic fiber pocket filter media is a high-efficiency, multi-purpose air filter material designed for industrial and commercial ventilation systems. It achieves high dust holding capacity, low airflow resistance and long-life filtration performance through the combination of a unique pocket structure and synthetic fiber materials. It is widely used in HVAC systems, clean rooms, manufacturing workshops […]
Synthetic Fiber Pocket Filter M5
Synthetic Fiber Pocket Filter M5 is a standardized filtration device designed for medium-efficiency air filtration. It adopts a multi-layer polyester fiber composite structure and achieves a balance between high dust holding capacity and low energy consumption through a pocket multi-fold design. It complies with the M5 classification (corresponding to MERV 8-10) in ISO 16890 and […]
Synthetic Fiber Pocket Filter F9
Synthetic Fiber Pocket Filter F9 is a quasi-high-efficiency air filtration device that complies with EN 1822 and ISO 16890 ePM1 90%-95% standards. Its filtration performance is close to HEPA H13 level. It is designed to intercept 0.1-5μm ultrafine particles (such as viruses, bacteria, smoke, aerosols and nano-scale industrial dust). It uses cutting-edge composite fiber technology […]
Synthetic Fiber Pocket Filter F8
Synthetic Fiber Pocket Filter F8 is a high-efficiency air filtration device that complies with EN 779:2012 F8 level (corresponding to ISO 16890 ePM1 80%-90% and MERV 15-16), and is designed to intercept 0.2-5μm ultrafine particles (such as virus carriers, bacteria, smoke, industrial smoke and aerosols). It adopts multi-layer composite electret fiber and reinforced bag structure […]
Synthetic Fiber Pocket Filter F7
Synthetic Fiber Pocket Filter F7 is a high-performance air filtration device that complies with EN 779:2012 F7 level (corresponding to ISO 16890 ePM1 70%-80% and MERV 14-15), and is designed to intercept 0.3-5μm ultrafine particles (such as bacteria, virus carriers, smoke, aerosols and industrial dust). It combines high-density electret fibers with optimized bag structure to […]
Synthetic Fiber Pocket Filter F6
Synthetic Fiber Pocket Filter F6 is a medium-high efficiency air filtration device that complies with EN 779:2012 and ISO 16890 standards. It is designed to intercept 0.5-5μm fine particles (such as bacteria, smoke, pollen and some aerosols). It adopts a high-density polyester fiber composite structure and an optimized bag layout. While maintaining low airflow resistance, […]
Spray Booth Ceiling Filter
Spray Booth Ceiling Filter is the core filter component in the painting process. It is designed for spray booths or spray workshops and installed in the ceiling area to efficiently capture overspray mist, volatile solvents (VOCs) and fine particles generated during the spraying process, ensuring a clean working environment, the health and safety of operators, […]
Sandwich Carbon Filter Media
Sandwich activated carbon filter media is an innovative composite filter material that tightly combines activated carbon and supporting materials through a multi-layer structure design, taking into account both efficient adsorption and mechanical stability. Its core adopts a “sandwich” layering process (such as non-woven fabric/activated carbon layer/non-woven fabric), which is widely used in air purification, water […]
Pre-Efficiency Filter Media
Pre-Efficiency Filter Media is the first line of defense for air filtration systems. It is mainly used to intercept large particle pollutants (such as dust, hair, fiber, flying catkins, etc.) in the air, and provide pre-protection for the back-end high-efficiency filters (such as HEPA, ULPA), extending their service life and reducing overall maintenance costs. The […]
Paper Filter for Humidifier
Humidifier paper filter is the core filter component of ultrasonic or evaporative humidifier, designed for purifying water, inhibiting bacterial growth, and reducing scale deposition. It uses physical interception and antibacterial treatment of high-density fiber paper to ensure the release of clean and moist air during humidification, avoid “white powder” pollution (scale particles) and microbial proliferation, […]