1000m³/h Medium Efficiency Glass Fiber Filter,F7
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Min. Order:1 unitCleanroom
1000m³/h Medium Efficiency Glass Fiber Filter,F7
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Summary
1000m³/h Medium Efficiency Glass Fiber Filter,F7
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Product Description
The 1000 m³/h Medium Efficiency Glass Fiber Filter, rated F7, is engineered for effective air filtration in HVAC systems, providing a robust solution for capturing airborne particles such as dust, pollen, and allergens. With its advanced glass fiber construction, this filter offers high durability and significant dust-holding capacity, ensuring long-lasting performance.
Design Features

01Enhanced Durabilit
Enhanced Durabilit
Unique high dust-capacity structure improves filter longevity.

02Quality Filter Media
Quality Filter Media
Utilizes glass fiber media from American JM Company for effective filtration.

03Flame Retardant Performanc
Flame Retardant Performanc
Meets UL-2 standard, suitable for fire-certified enterprises

04Filtration Efficiency Grade
Filtration Efficiency Grade
Available in F5, F6, F7, and F8 efficiency grades (EN779).
photo
Material composition
Product dimensions parameters
Material Parameters
Outer frame material | Aluminum profile/aluminum plate folding frame/galvanized frame/stainless steel frame |
Filter material | Fiberglass |
Filter bag type | Self-sewn bags |
Support frame material | Galvanized iron wire |
Filter efficiency | F5:45%@0 5um, F6:65%@0 5um, |
F7:85%@0 5 um, F8:90%@0.5um, F9:95%@0. 5 um | |
Maximum operating temperature | 150℃ |
Maximum operating humidity | 100% |
Outer frame material | Aluminum profile/aluminum plate folding frame/galvanized frame/stainless steel frame |
Filter material | Fiberglass |
Filter bag type | Self-sewn bags |
Support frame material | Galvanized iron wire |
Filter efficiency | F5:45%@0 5um, F6:65%@0 5um, |
F7:85%@0 5 um, F8:90%@0.5um, F9:95%@0. 5 um | |
Maximum operating temperature | 150℃ |
Maximum operating humidity | 100% |
Technical Parameters
Size | Bags | air volume | Filter area | Dust holding capacity | Initial resistance | Final resistance | Filtration efficiency |
287x592x381 | 3 | 1000 | 1.58 | ≈380 | <50 | 250-300 | F5 |
≈330 | <65 | 250-300 | F6 | ||||
≈290 | <80 | 300-400 | F7 | ||||
≈250 | <100 | 300-400 | F8 | ||||
490x592x381 | 5 | 1700 | 2.65 | ≈630 | <50 | 250-300 | F5 |
≈560 | <65 | 250-300 | F6 | ||||
≈480 | <80 | 300-400 | F7 | ||||
≈420 | <100 | 300-400 | F8 | ||||
592x592x381 | 6 | 2050 | 3.18 | ≈740 | <6 | 250-300 | F5 |
≈660 | <65 | 250-300 | F6 | ||||
≈590 | <80 | 300-400 | F7 | ||||
≈500 | <100 | 300-400 | F8 |
Size | Bags | air volume | Filter area | Dust holding capacity | Initial resistance | Final resistance | Filtration efficiency |
287x592x381 | 3 | 1000 | 1.58 | ≈380 | <50 | 250-300 | F5 |
≈330 | <65 | 250-300 | F6 | ||||
≈290 | <80 | 300-400 | F7 | ||||
≈250 | <100 | 300-400 | F8 | ||||
490x592x381 | 5 | 1700 | 2.65 | ≈630 | <50 | 250-300 | F5 |
≈560 | <65 | 250-300 | F6 | ||||
≈480 | <80 | 300-400 | F7 | ||||
≈420 | <100 | 300-400 | F8 | ||||
592x592x381 | 6 | 2050 | 3.18 | ≈740 | <6 | 250-300 | F5 |
≈660 | <65 | 250-300 | F6 | ||||
≈590 | <80 | 300-400 | F7 | ||||
≈500 | <100 | 300-400 | F8 |
FAQ
1. What are the installation steps for medium efficiency bag filters?
Installing medium efficiency bag filters involves several key steps: - Turn off the HVAC system to ensure safety. - Remove the old filter and clean the filter housing. - Insert the new filter, ensuring it is oriented correctly according to the airflow direction. - Secure the filter in place and restore power to the system.
2. Can I use medium efficiency bag filters in kitchen exhaust systems?
While medium efficiency bag filters can be used in kitchen exhaust systems, they may not be the best choice for capturing grease and odors effectively. Kitchen exhaust systems often require specialized filters designed to handle high levels of grease and particulate matter. It’s advisable to consult with HVAC professionals to select the most suitable filtration solution for kitchen environments.
3. How often should I replace my medium efficiency bag filter?
Medium efficiency bag filters should typically be replaced every 3 to 6 months, depending on several factors: - Air quality and dust levels in the environment. - Usage frequency of the HVAC system. - Manufacturer recommendations.
Regular monitoring is essential to ensure optimal filtration performance and indoor air quality.
4. What are the challenges of using medium efficiency bag filters?
Some challenges associated with medium efficiency bag filters include: - Limited effectiveness against very fine particles and certain gases. - The need for regular maintenance and replacement to ensure efficiency. - Possible increased energy consumption if filters become clogged.
These factors can impact overall system performance and air quality, making it important to assess specific filtration needs.
5. Can medium efficiency bag filters reduce energy consumption?
Yes, medium efficiency bag filters can help reduce energy consumption by maintaining proper airflow in HVAC systems. When filters are clean and functioning well, the system requires less energy to circulate air. However, if filters become clogged, they can increase resistance and lead to higher energy usage. Regular maintenance and timely replacement are key to achieving energy savings.
6. How do I know if I need a higher efficiency filter?
Indicators that you may need a higher efficiency filter include: - Increased dust accumulation in your environment. - Health concerns such as allergies or respiratory issues among occupants. - Decreased airflow or performance in your HVAC system.
Consulting with an HVAC professional can also guide you in selecting the appropriate filter based on your specific needs.
7. Can medium efficiency bag filters prevent mold growth?
Medium efficiency bag filters can help reduce mold spores in the air, but they may not completely prevent mold growth. For effective mold control, it is essential to maintain humidity levels and ensure proper ventilation in addition to using these filters. Regular maintenance of HVAC systems can further inhibit mold development.
8. What is the difference between medium and high-efficiency bag filters?
The primary differences between medium and high-efficiency bag filters are based on their filtration capabilities and applications. Medium efficiency filters typically have a MERV rating between 8 and 13, capturing larger particles effectively. In contrast, high-efficiency filters have a MERV rating of 14 and above, capable of trapping smaller particles, including allergens and some bacteria. This makes high-efficiency filters better suited for environments requiring superior air quality.
9. What are the common sizes of medium efficiency bag filters?
Common sizes of medium efficiency bag filters vary but typically include: - 24 x 24 inches - 20 x 20 inches - 16 x 20 inches - 12 x 24 inches These sizes may vary based on specific HVAC system requirements.
10. What materials are medium efficiency bag filters made from?
Medium efficiency bag filters are commonly made from materials such as synthetic fibers, glass fibers, and non-woven fabrics. These materials provide excellent filtration efficiency, durability, and dust-holding capacity, making them suitable for a variety of applications in both commercial and residential settings.
11. What certifications should I look for in medium efficiency bag filters?
When selecting medium efficiency bag filters, look for certifications such as: - ASHRAE (American Society of Heating, Refrigerating and Air-Conditioning Engineers) - EN 779 (European standard for filters) - MERV ratings (Minimum Efficiency Reporting Value) These certifications ensure that the filters meet industry standards for efficiency and performance.
12. Can medium efficiency bag filters be used in sensitive environments?
Medium efficiency bag filters can be used in sensitive environments, but their effectiveness will depend on the specificrequirements of the environment. For areas that require stringent air quality control, such as hospitals or laboratories, higher efficiency filters may be necessary to capture smaller particles and contaminants. It’s important to assess the specific needs of your sensitive environment and consult with HVAC professionals to determine the best filtration solution.
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