Microbicidal Air Filter
Microbicidal air filters are advanced air purification solutions designed to not only capture airborne particles but also actively neutralize harmful microorganisms
Subcategory:
Model:
Brand:
FRESH
Microbicidal Air Filter
Features:
1. High efficiency (majorly for the capture of particles ≥0.3μm)
2.The air flow, initial resistance and particles trapping capacity of the Mini-pleated HEPA filters are much better than the separator HEPA filter.
3.Bigger square of media, thinner for the thickness (Minimum filter element thickness is 25mm),The design of the concentrated pleat of Min-pleated HEPA make for a longer life and decrease the pressure drop
4.Individual leakage test according to EN1822, and delivered with the appropriate test certificate
Application:
Mini-pleated HEPA filters are widely used for terminal filtration in extremely high cleanliness environments such as optics, electronics and semiconductor manufacturing, laboratory, clean rooms, precision machinery, pharmaceuticals, hospitals and food processing, etc.
Technology Parameters | |||
Main Materials | Filtering media | Ultrafine glass fiber filter paper / Artificial fiber filter paper / PTFE | |
Separators | Hot melt adhesive | ||
Outer Frame | Aluminum alloy frame / Galvanized steel frame / Stainless steel frame / Plastic frame / Cardboard frame | ||
Sealant glue | Two-component AB Glue | ||
Seal gasket | EVA | ||
Protection grids | Diamond-shaped metal painted mesh on both sides | ||
Filtration Grade | E10, E11, E12, H13 ( EN1822:2009 ) | Filtration Object | Particles ≥ 0.1 μm Or ≥ 0.3 μm Or ≥ 5 μm |
ISO35H ( ISO29463 ) | Temperature Resistance | ≤ 80 ℃ | |
Humidity Resistance | ≤100%RH | Instantaneous temperature resistance | ≤100 ℃ |
Specifications | |||||||
Model | Dimensions (mm) | Rated Airflow | Initial Resistance at Different Air Speeds (Pa) | Filtration Grade | |||
W*H*D | 0.25m/s | 0.5m/s | 0.75m/s | EN1822:2009 | ISO 29463 | ||
FRS-PTWG-H13 | 305*305*6 9 | 250 | ≤120 | ≤220 | ≤240 | H13 | ISO 35H |
305* 610 *69 | 500 | H13 | ISO 35H | ||||
305* 610* 78 | 600 | H13 | ISO 35H | ||||
305*762*78 | 750 | H13 | ISO 35H | ||||
457*457*78 | 680 | H13 | ISO 35H | ||||
610*610* 69 | 1000 | H13 | ISO 35H | ||||
610*610* 78 | 1200 | H13 | ISO 35H | ||||
610* 762*78 | 1500 | H13 | ISO 35H | ||||
915*610* 69 | 1500 | H13 | ISO 35H | ||||
1170*570*69 | 1800 | H13 | ISO 35H | ||||
1220*610*78 | 2400 | H13 | ISO 35H | ||||
Note: Other specifications can be customized according to needs. Common thicknesses are 35mm, 50mm, 80mm, 96mm. | |||||||
Microbicidal air filters are advanced air purification solutions designed to not only capture airborne particles but also actively neutralize harmful microorganisms. By integrating high-efficiency filtration media with antimicrobial technologies, these filters effectively remove bacteria, viruses, mold spores, and other contaminants from the air. They are widely used in hospitals, laboratories, cleanrooms, pharmaceutical facilities, and commercial buildings where strict air hygiene standards are required.
One of the key advantages of microbicidal air filters is their dual-function capability—filtration and microbial control. Traditional filters mainly trap particles, which may allow microorganisms to survive and grow on the filter surface. In contrast, microbicidal filters are treated with antimicrobial agents or coatings that inhibit microbial growth and reduce the risk of secondary contamination. This not only improves air quality but also enhances filter hygiene and extends service life. Additionally, these filters are engineered to maintain high airflow efficiency with low resistance, ensuring optimal system performance.
Microbicidal air filters are available in various configurations, including HEPA and ULPA grades, to meet different filtration requirements. They can be integrated into HVAC systems, air purifiers, and specialized ventilation units. The use of durable materials and precision manufacturing ensures consistent performance under demanding conditions. Many products also support customization in size, frame type, and efficiency level, making them suitable for a wide range of applications.
In practical applications, microbicidal air filters play a vital role in protecting human health and maintaining controlled environments. In healthcare settings, they help reduce the spread of airborne infections and improve patient safety. In industrial and pharmaceutical environments, they protect sensitive processes and ensure compliance with strict regulations. In commercial and residential spaces, they contribute to cleaner indoor air and enhanced comfort.
As awareness of air quality and public health continues to grow, the demand for advanced filtration solutions is increasing. Microbicidal air filters offer a reliable and efficient way to address both particulate and biological contamination. With their combination of high filtration efficiency, antimicrobial performance, and long-term durability, they have become an essential component in modern air purification systems.
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D4 Fenggong Area Nansha Village Danzao Town Nanhai District , Foshan City, Guangdong PR. China.
Microbicidal Air Filter
Features:
1. High efficiency (majorly for the capture of particles ≥0.3μm)
2.The air flow, initial resistance and particles trapping capacity of the Mini-pleated HEPA filters are much better than the separator HEPA filter.
3.Bigger square of media, thinner for the thickness (Minimum filter element thickness is 25mm),The design of the concentrated pleat of Min-pleated HEPA make for a longer life and decrease the pressure drop
4.Individual leakage test according to EN1822, and delivered with the appropriate test certificate
Application:
Mini-pleated HEPA filters are widely used for terminal filtration in extremely high cleanliness environments such as optics, electronics and semiconductor manufacturing, laboratory, clean rooms, precision machinery, pharmaceuticals, hospitals and food processing, etc.
Technology Parameters | |||
Main Materials | Filtering media | Ultrafine glass fiber filter paper / Artificial fiber filter paper / PTFE | |
Separators | Hot melt adhesive | ||
Outer Frame | Aluminum alloy frame / Galvanized steel frame / Stainless steel frame / Plastic frame / Cardboard frame | ||
Sealant glue | Two-component AB Glue | ||
Seal gasket | EVA | ||
Protection grids | Diamond-shaped metal painted mesh on both sides | ||
Filtration Grade | E10, E11, E12, H13 ( EN1822:2009 ) | Filtration Object | Particles ≥ 0.1 μm Or ≥ 0.3 μm Or ≥ 5 μm |
ISO35H ( ISO29463 ) | Temperature Resistance | ≤ 80 ℃ | |
Humidity Resistance | ≤100%RH | Instantaneous temperature resistance | ≤100 ℃ |
Specifications | |||||||
Model | Dimensions (mm) | Rated Airflow | Initial Resistance at Different Air Speeds (Pa) | Filtration Grade | |||
W*H*D | 0.25m/s | 0.5m/s | 0.75m/s | EN1822:2009 | ISO 29463 | ||
FRS-PTWG-H13 | 305*305*6 9 | 250 | ≤120 | ≤220 | ≤240 | H13 | ISO 35H |
305* 610 *69 | 500 | H13 | ISO 35H | ||||
305* 610* 78 | 600 | H13 | ISO 35H | ||||
305*762*78 | 750 | H13 | ISO 35H | ||||
457*457*78 | 680 | H13 | ISO 35H | ||||
610*610* 69 | 1000 | H13 | ISO 35H | ||||
610*610* 78 | 1200 | H13 | ISO 35H | ||||
610* 762*78 | 1500 | H13 | ISO 35H | ||||
915*610* 69 | 1500 | H13 | ISO 35H | ||||
1170*570*69 | 1800 | H13 | ISO 35H | ||||
1220*610*78 | 2400 | H13 | ISO 35H | ||||
Note: Other specifications can be customized according to needs. Common thicknesses are 35mm, 50mm, 80mm, 96mm. | |||||||
Microbicidal air filters are advanced air purification solutions designed to not only capture airborne particles but also actively neutralize harmful microorganisms. By integrating high-efficiency filtration media with antimicrobial technologies, these filters effectively remove bacteria, viruses, mold spores, and other contaminants from the air. They are widely used in hospitals, laboratories, cleanrooms, pharmaceutical facilities, and commercial buildings where strict air hygiene standards are required.
One of the key advantages of microbicidal air filters is their dual-function capability—filtration and microbial control. Traditional filters mainly trap particles, which may allow microorganisms to survive and grow on the filter surface. In contrast, microbicidal filters are treated with antimicrobial agents or coatings that inhibit microbial growth and reduce the risk of secondary contamination. This not only improves air quality but also enhances filter hygiene and extends service life. Additionally, these filters are engineered to maintain high airflow efficiency with low resistance, ensuring optimal system performance.
Microbicidal air filters are available in various configurations, including HEPA and ULPA grades, to meet different filtration requirements. They can be integrated into HVAC systems, air purifiers, and specialized ventilation units. The use of durable materials and precision manufacturing ensures consistent performance under demanding conditions. Many products also support customization in size, frame type, and efficiency level, making them suitable for a wide range of applications.
In practical applications, microbicidal air filters play a vital role in protecting human health and maintaining controlled environments. In healthcare settings, they help reduce the spread of airborne infections and improve patient safety. In industrial and pharmaceutical environments, they protect sensitive processes and ensure compliance with strict regulations. In commercial and residential spaces, they contribute to cleaner indoor air and enhanced comfort.
As awareness of air quality and public health continues to grow, the demand for advanced filtration solutions is increasing. Microbicidal air filters offer a reliable and efficient way to address both particulate and biological contamination. With their combination of high filtration efficiency, antimicrobial performance, and long-term durability, they have become an essential component in modern air purification systems.
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