2050m³/h Medium Efficiency Glass Fiber Filter,F8
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Min. Order:1 unitCleanroom
2050m³/h Medium Efficiency Glass Fiber Filter,F8
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Summary
2050m³/h Medium Efficiency Glass Fiber Filter,F8
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Product Description
The 2050 m³/h Medium Efficiency Glass Fiber Filter, rated F8, is designed for high airflow applications while effectively capturing airborne particles. Its glass fiber construction ensures durability and enhanced filtration efficiency, making it suitable for HVAC systems in commercial and industrial settings.
This filter is particularly effective in improving indoor air quality by removing dust, pollen, and other contaminants, ensuring a cleaner and healthier environment.
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. Are medium efficiency bag filters environmentally friendly?
Medium efficiency bag filters can be considered environmentally friendly due to their ability to effectively capture airborne pollutants, thus improving indoor air quality. By reducing the amount of dust and allergens released into the environment, they contribute to a healthier ecosystem. Additionally, these filters can be designed for durability, leading to less frequent replacements and waste.
2. Can I use a medium efficiency bag filter in a commercial HVAC system?
Yes, medium efficiency bag filters are suitable for use in commercial HVAC systems. They provide a balance between airflow and filtration, making them an ideal choice for various applications. Key advantages include:
Effective removal of particulate matter
Improved indoor air quality
Cost-effective operation
This makes them a popular option across many commercial environments.
3. What is the best brand of medium efficiency bag filters?
Choosing the best brand of medium efficiency bag filters often depends on specific needs and applications. Some reputable brands are recognized for their quality and performance in the industry. Popular options include:
3M
Parker Hannifin
MervFilters
It is advisable to review customer feedback and specifications to select the most suitable option for your requirements.
4. What is the difference between medium and high-efficiency bag filters?
The primary difference between medium and high-efficiency bag filters lies in their filtration capabilities. Medium efficiency filters typically capture a broader range of particles, while high-efficiency filters can trap smaller particles, providing superior air quality. This makes high-efficiency filters ideal for environments requiring stringent air quality standards. However, medium efficiency filters are often more cost-effective and maintain better airflow.
5. How do I maintain medium efficiency bag filters?
Maintaining medium efficiency bag filters involves regular inspections and timely replacements. It is essential to monitor the pressure drop across the filter to determine when it needs changing. Cleaning the area around the filter and ensuring proper sealing can also enhance performance and efficiency.
6. How does filter media affect the performance of medium efficiency bag filters?
The filter media plays a crucial role in determining the performance of medium efficiency bag filters. High-quality media can enhance dust-holding capacity and improve overall efficiency. Using media with specific characteristics, such as pleated designs or specialized coatings, can further optimize filtration performance and extend the filter's lifespan.
7. Can medium efficiency bag filters prevent mold growth?
Medium efficiency bag filters can help reduce mold growth by capturing spores and moisture from the air. While they may not eliminate mold entirely, they significantly lower the number of airborne spores, making indoor environments less conducive to mold development. It is still important to maintain humidity levels and address any water issues to prevent mold growth effectively.
8. Are there special considerations for outdoor use of medium efficiency bag filters?
When using medium efficiency bag filters outdoors, certain considerations should be accounted for, such as exposure to weather elements and increased pollutant levels. Filters should be protected from moisture and direct sunlight, as these factors can affect their lifespan and performance. Additionally, selecting filters designed for outdoor use can enhance durability and efficiency.
9. How often should I replace my medium efficiency bag filter?
The replacement frequency of medium efficiency bag filters depends on several factors, including the environment, usage, and filter type. Typically, these filters should be replaced every 3 to 6 months. Regular monitoring of pressure drops and filter condition can help determine the optimal replacement schedule for maintaining efficiency.
10. What features should I look for in medium efficiency bag filters?
When selecting medium efficiency bag filters, consider the following features:
Filtration efficiency rating (e.g., F5, F6, F7, F8)
Dust-holding capacity
Durability and material quality
These features will help ensure optimal performance and longevity of the filters in your system.
11. How do medium efficiency bag filters handle particulate matter?
Medium efficiency bag filters are designed to effectively capture particulate matter ranging from large dust particles to smaller allergens. Their filtration media allows for a balance between airflow and filtration efficiency, enabling them to trap particles without significantly restricting airflow, which is essential for HVAC systems.
12. How do I measure the size of a medium### 12. How do I measure the size of a medium efficiency bag filter?
To measure the size of a medium efficiency bag filter, you need to determine its three key dimensions: length, width, and depth (or thickness). Use a tape measure or ruler to accurately measure each dimension. Additionally, consider the filter's frame style, as different types (e.g., box, pleated) may affect how you measure and fit the filter in your system. Proper sizing is crucial to ensure optimal performance and sealing within the HVAC system.
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