1700m³/h Medium Efficiency Glass Fiber Filter,F6
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Min. Order:1 unitCleanroom
1700m³/h Medium Efficiency Glass Fiber Filter,F6
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Summary
1700m³/h Medium Efficiency Glass Fiber Filter,F6
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Product Description
The 1700 m³/h Medium Efficiency Glass Fiber Filter, rated F6, is designed to provide effective air filtration for HVAC systems. This filter efficiently captures airborne particles, enhancing indoor air quality while maintaining optimal airflow. Its glass fiber construction ensures durability and high dust-holding capacity, making it suitable for various commercial and industrial applications. The F6 rating indicates its ability to filter out particulate matter effectively, striking a balance between filtration efficiency and energy consumption.
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. How does filter media affect the performance of medium efficiency bag filters?
The filter media plays a crucial role in the performance of medium efficiency bag filters. Different types of media can influence the filter's dust-holding capacity, airflow resistance, and overall filtration efficiency. Key factors include:
Material composition (e.g., synthetic vs. fiberglass)
Media thickness and density
Surface area for particle capture
Choosing the right filter media ensures optimal performance and longevity of the filter in various applications.
2. How do I compare different brands of medium efficiency bag filters?
When comparing different brands of medium efficiency bag filters, consider the following aspects to make an informed decision:
Filtration efficiency ratings
Durability and construction quality
Maintenance requirements
Additionally, reviewing customer feedback and warranty options can provide insights into the reliability and effectiveness of each brand. It's also helpful to consult with HVAC professionals for recommendations based on specific needs.
3. Are there any warranty options for medium efficiency bag filters?
Yes, many manufacturers offer warranty options for medium efficiency bag filters. These warranties typically cover defects in materials and workmanship, with durations ranging from one year to several years, depending on the brand and model. It's important to review the warranty details before purchasing to understand the coverage and any conditions that may apply.
4. How do medium efficiency bag filters affect HVAC system performance?
Medium efficiency bag filters significantly impact HVAC system performance by improving indoor air quality and protecting system components from dust and debris accumulation. By capturing a range of airborne particles, these filters help maintain efficient airflow, which is essential for the effective operation of HVAC systems. Regular maintenance and timely replacement of these filters ensure optimal performance and energy efficiency.
5. How do I know if my medium efficiency bag filter is clogged?
To determine if your medium efficiency bag filter is clogged, monitor the following indicators:
Increased energy consumption of the HVAC system
Unusual noises from the system
Reduced airflow from vents
Regular visual inspections can also help identify excessive dust buildup, signaling the need for cleaning or replacement.
6. What are the signs that my medium efficiency bag filter needs replacement?
Several signs indicate that your medium efficiency bag filter needs replacement. Look for reduced airflow from vents, noticeable dust buildup on the filter, or increased energy bills due to your HVAC system working harder. Additionally, if you experience an increase in allergy symptoms indoors, it might be a sign that the filter is no longer effectively capturing airborne particles.
7. How do I choose the right medium efficiency bag filter for my system?
Choosing the right medium efficiency bag filter involves several considerations. First, assess the specific requirements of your HVAC system, including the size and airflow capacity. Next, check the filter's efficiency rating to match your air quality needs. Finally, consider factors like filter lifespan, maintenance requirements, and compatibility with your system.
8. How do I maintain medium efficiency bag filters?
Maintaining medium efficiency bag filters is essential for ensuring optimal performance. Regularly inspect the filters for dirt and debris buildup and replace them according to the manufacturer's recommendations. Additionally, keep the surrounding area clean to minimize dust and contaminants that could affect filter life.
9. What are the disadvantages of medium efficiency bag filters?
Despite their benefits, medium efficiency bag filters have some disadvantages. They may not capture the smallest particles as effectively as high-efficiency filters, leading to potential indoor air quality issues. Additionally, they require regular maintenance and replacement, which can increase operational costs over time. Lastly, if not properly sized, they can cause increased pressure drop, negatively impacting HVAC system efficiency.
10. What is the airflow velocity for medium efficiency bag filters?
The airflow velocity for medium efficiency bag filters typically ranges from 1 to 3 meters per second (m/s). This range is ideal for balancing adequate filtration with minimal pressure drop, ensuring that the HVAC system operates efficiently while maintaining good air quality.
11. What is the airflow capacity of medium efficiency bag filters?
The airflow capacity of medium efficiency bag filters varies, generally falling between 1000 and 2000 m³/h. This capacity makes them suitable for various applications, including commercial and industrial HVAC systems, where maintaining efficient airflow is crucial for optimal performance.
12. What are the maintenance intervals for medium efficiency bag filters?
Maintenance intervals for medium efficiency bag filters can vary based on several factors, including the environment and system usage. Typically, it is recommended to check the filters every 1 to 3 months, with replacement suggested every 6 to 12 months. Key considerations for determining these intervals include:
Air quality in the installation area
Frequency of HVAC system use
Manufacturer guidelines
Regular maintenance helps ensure that the filters operate efficiently and prolongs the life of the HVAC system.
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