1700m³/h Medium Efficiency Chemical Fiber Bag Filter,F6
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1700m³/h Medium Efficiency Chemical Fiber Bag Filter,F6
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Summary
1700m³/h Medium Efficiency Chemical Fiber Bag Filter,F6
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Product Description
The 1700m³/h Medium Efficiency Chemical Fiber Bag Filter, F6 is designed to provide efficient air filtration for a variety of commercial and industrial applications. With an airflow capacity of 1700m³/h, this filter effectively captures medium-sized particles, improving indoor air quality.
Constructed from durable chemical fiber, it meets F6 efficiency standards, offering reliable performance and longevity in HVAC systems and other air handling units. Ideal for environments that require a balance between filtration efficiency and airflow, it ensures both performance and energy savings.
Design Features

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

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

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

04
Filtration 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 | chemical fiber |
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 | chemical fiber |
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 chemical fiber bag filters environmentally friendly?
Yes, medium efficiency chemical fiber bag filters are environmentally friendly. They are designed to efficiently capture particulate matter without contributing to excessive waste or pollution. These filters are made from recyclable materials, and their use helps in reducing airborne contaminants, thus improving overall air quality in various environments. Additionally, their energy-efficient design reduces operational costs and environmental impact over time.
2. Medium efficiency chemical fiber bag filter and static electricity
Medium efficiency chemical fiber bag filters can sometimes be affected by static electricity, particularly when they are used in dry or high-humidity environments. Static charge buildup may cause dust to adhere more tightly to the filter, reducing its effectiveness and efficiency. To mitigate this, some filters are designed with antistatic properties or coatings, which help reduce the buildup of static electricity and enhance overall performance.
3. How to troubleshoot a medium efficiency chemical fiber bag filter
To troubleshoot a medium efficiency chemical fiber bag filter, start by inspecting for common issues such as: - Clogging or excessive dust buildup - Poor airflow or reduced filtration performance - Uneven loading of the filter bags Regular maintenance checks and cleaning can help identify and resolve these problems. If the issue persists, consider replacing the filter or checking the air handling system for malfunctions. Deiiang™ offers expert troubleshooting advice for maintaining optimal filter performance.
4. Can medium efficiency chemical fiber bag filters be customized?
Yes, medium efficiency chemical fiber bag filters can be customized to suit specific needs. Whether it's adjusting the filter size, material, or efficiency level, manufacturers like **Deiiang™** offer customizable options based on the client's requirements. Customization allows for more precise filtration, especially for industries with specific air quality needs.
5. Benefits of medium efficiency chemical fiber bag filters over traditional filters
Medium efficiency chemical fiber bag filters offer several advantages over traditional filters: - Higher filtration efficiency for moderate contaminants - Better durability and longer lifespan - Lower maintenance costs due to superior materials These filters provide a more effective solution for air purification, especially in applications that require a balance between filtration performance and airflow.
6. What materials are used in medium efficiency chemical fiber bag filters?
Medium efficiency chemical fiber bag filters are typically made from a variety of synthetic fibers, including polyester, polypropylene, and sometimes fiberglass. These materials are chosen for their durability, resistance to chemicals, and ability to effectively trap particles while allowing sufficient airflow. The specific material used may vary depending on the intended application and required filtration efficiency.
7. Medium efficiency chemical fiber bag filter and pressure drop
Pressure drop is an important factor in the performance of medium efficiency chemical fiber bag filters. A high-pressure drop can indicate that the filter is clogged or overly dense, reducing airflow and increasing energy consumption. To prevent excessive pressure drop, regular maintenance and timely replacement of filters are essential. Monitoring pressure drop regularly ensures that the system operates efficiently and maintains optimal air quality.
8. Medium efficiency chemical fiber bag filter for food processing plants
Medium efficiency chemical fiber bag filters are ideal for food processing plants, where maintaining clean air is essential for product quality and worker safety. These filters help remove airborne contaminants such as dust and particles, ensuring that food products are not contaminated. They are designed to handle the specific demands of food processing environments while offering reliable filtration performance over extended periods.
9. Energy efficiency of medium efficiency chemical fiber bag filters
Medium efficiency chemical fiber bag filters are highly energy-efficient, thanks to their optimal filtration design. They provide the necessary air purification without creating excessive pressure drop, which would require more energy for the HVAC system to compensate. By allowing adequate airflow while still capturing moderate-sized particles, these filters help reduce energy consumption and operational costs, making them an environmentally friendly choice.
10. Medium efficiency chemical fiber bag filter's impact on air pressure
Medium efficiency chemical fiber bag filters can affect air pressure by causing a slight increase in the pressure drop across the system. This is typically due to the accumulation of captured particles over time. Regular maintenance, such as cleaning or replacing the filters, helps prevent excessive pressure buildup and ensures that the air pressure remains stable throughout the filtration process.
11. How to handle medium efficiency chemical fiber bag filter replacements
Replacing a medium efficiency chemical fiber bag filter is straightforward. First, turn off the HVAC system and carefully remove the old filter. Check the condition of the filter housing and clean it if necessary. Insert the new filter, ensuring it fits snugly and securely. It’s important to replace filters at regular intervals or when performance drops to ensure that air quality remains optimal. **Deiiang™** provides guidance on proper filter replacement techniques to extend filter life.
12. Medium efficiency chemical fiber bag filter for mining operations
In mining operations, where airborne dust and particulate matter are a significant concern, medium efficiency chemical fiber bag filters play a crucial role in maintaining a safe and clean environment. These filters help capture harmful particles such as dust, fumes, and pollutants, improving air quality for workers. The durability and high efficiency of these filters make them ideal for the harsh conditions of mining environments.
13. Medium efficiency chemical fiber bag filter for woodshops
Woodshops benefit from medium efficiency chemical fiber bag filters as they effectively capture wood dust, which can be harmful to both workers and the machinery. These filters help maintain a clean, safe environment by trapping wood particles and improving air quality. They are particularly useful in reducing the risk of respiratory issues associated with prolonged exposure to wood dust.
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