1800 m³/h W-bank Combined filter
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1800 m³/h W-bank Combined filter
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Summary
1800 m³/h W-bank Combined filter
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1800 m³/h W-bank Combined filter
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Min. Order:1 unit
Product Description
The 1800 m³/h W-bank Combined Filter is engineered to provide high-efficiency filtration with a robust airflow capacity, ensuring optimal air quality in various applications. Its advanced design combines multiple filtering technologies for superior performance and long-lasting effectiveness.
Design Features

01High Filtration Efficiency
High Filtration Efficiency
Effectively removes odors, gases, and VOCs from the air.

02V-Bank Design
V-Bank Design
Maximizes surface area for improved air filtration performance.

03Durable Construction
Durable Construction
Built to last with high-quality materials for long-term use.

04Low Pressure Drop
Low Pressure Drop
Ensures efficient airflow without significant loss of pressure
photo
Material composition
Product dimensions parameters
Material Parameters
Filter Media | Coal granular activated carbon, coconut shell crushed carbon |
Sealant | PU two-component polyurethane AB adhesive |
Frames | Plastic frame, aluminum frame, galvanized frame, stainless steel frame |
Protective Mesh | Plastic spraying diamond mesh |
Sealant | EVA neoprene |
Odor removal rate | 95% |
Maximum temperature | 80℃ |
Maximum humidity | 80% |
Filter Media | Coal granular activated carbon, coconut shell crushed carbon |
Sealant | PU two-component polyurethane AB adhesive |
Frames | Plastic frame, aluminum frame, galvanized frame, stainless steel frame |
Protective Mesh | Plastic spraying diamond mesh |
Sealant | EVA neoprene |
Odor removal rate | 95% |
Maximum temperature | 80℃ |
Maximum humidity | 80% |
Technical Parameters
Size(mm)(W*H*D) | Activated Carbon Net Content(Kg) | Odor removal rate(%) | Frame Material | Number of compartments and. number of surfaces | resistances | air flow(M³/h) |
592*287*292 | 12.3 | ≥95 | ABS plastic | Four compartments, eight wind surfaces | <200 | 1550 |
592*592*292 | 27.1 | 3500 | ||||
592*490*292 | 22.2 | 2800 | ||||
592*287*292 | 13.8 | Galvanized frame/aluminum frame/stainless steel frame | Four compartments, eight wind surfaces | 1800 | ||
592*592*292 | 28.9 | 3700 | ||||
592*490*292 | 23.9 | 3100 | ||||
592*287*292 | 17.3 | Five compartments, Ten wind surfaces | 2250 | |||
592*592*292 | 36.1 | 4650 | ||||
592*490*292 | 29.8 | 3850 |
Size(mm)(W*H*D) | Activated Carbon Net Content(Kg) | Odor removal rate(%) | Frame Material | Number of compartments and. number of surfaces | resistances | air flow(M³/h) |
592*287*292 | 12.3 | ≥95 | ABS plastic | Four compartments, eight wind surfaces | <200 | 1550 |
592*592*292 | 27.1 | 3500 | ||||
592*490*292 | 22.2 | 2800 | ||||
592*287*292 | 13.8 | Galvanized frame/aluminum frame/stainless steel frame | Four compartments, eight wind surfaces | 1800 | ||
592*592*292 | 28.9 | 3700 | ||||
592*490*292 | 23.9 | 3100 | ||||
592*287*292 | 17.3 | Five compartments, Ten wind surfaces | 2250 | |||
592*592*292 | 36.1 | 4650 | ||||
592*490*292 | 29.8 | 3850 |
FAQ
1. What is a V-bank combined filter?
A V-bank combined filter is a type of air filter designed with a "V" shaped pleat configuration. This design enhances the filter's ability to hold dust and particles, improving its overall efficiency and performance. V-bank filters are commonly used in HVAC systems and industrial applications where high filtration performance is required. These filters are effective in trapping larger particles and improving airflow, making them ideal for various filtration needs.
2. How does a W-bank combined filter work?
A W-bank combined filter utilizes a "W" shaped pleating design to increase the surface area of the filter, which allows for a higher dust-holding capacity and better filtration efficiency. The unique pleat structure enables the filter to handle high airflow rates while still maintaining low pressure drop, ensuring optimal performance. This filter works by capturing particulate matter from the air as it passes through, making it suitable for environments requiring heavy-duty filtration.
3. What is the difference between V-bank and W-bank combined filters?
The primary difference between V-bank and W-bank combined filters lies in their pleat design. V-bank filters have a "V" shaped configuration that maximizes surface area in a compact form, while W-bank filters use a "W" shape to provide more pleats and a higher capacity for dust-holding. This makes W-bank filters generally more suitable for applications requiring higher efficiency and larger dust-holding capacity.
- V-bank filters: Compact, efficient for moderate dust loads.
- W-bank filters: Larger dust-holding capacity, better for heavy-duty filtration needs.
4. Why choose a V-bank combined filter?
A V-bank combined filter is an excellent choice for situations where space is limited but high-efficiency filtration is required. Its design allows for efficient filtration without taking up much space, making it ideal for systems that need to balance performance with space constraints. Additionally, V-bank filters are cost-effective and provide reliable long-term performance.
5. What are the benefits of W-bank combined filters?
W-bank combined filters offer several key advantages. Their pleated "W" design allows for greater dust-holding capacity, making them suitable for applications with high particulate loads. They also provide low pressure drop, which helps maintain consistent airflow and energy efficiency in ventilation systems. This makes them a preferred option for heavy-duty industrial and commercial applications where maximum filtration efficiency is essential.
6. How do I install a V-bank combined filter?
Installing a V-bank combined filter is straightforward. First, ensure that the filter’s size matches the designated space in your HVAC or filtration system. Next, remove the old filter (if applicable) and slide the new V-bank filter into the filter housing, ensuring it is properly aligned. Secure the filter in place and close the housing. Finally, check for any leaks or issues before turning the system back on.
7. What materials are used in W-bank combined filters?
W-bank combined filters are typically made from high-quality materials designed to withstand heavy filtration demands. The most common materials used in these filters include synthetic fibers, activated carbon, and metal frames. These materials help the filter capture a wide range of particles while maintaining structural integrity, even in challenging environments.
8. How long does a V-bank combined filter last?
The lifespan of a V-bank combined filter depends on several factors, including the level of particulate matter in the air, the system's airflow rate, and the frequency of maintenance. On average, V-bank filters can last anywhere from 6 months to 1 year before needing replacement. Regular maintenance and timely replacement are crucial for maintaining optimal performance and preventing clogging.
9. What is the efficiency of a W-bank combined filter?
The efficiency of a W-bank combined filter can vary depending on the design and materials used. However, these filters typically offer high filtration efficiency, capturing up to 99% of airborne particles. Their unique pleat structure ensures that they can effectively capture dust, pollen, smoke, and other fine particulates, making them ideal for use in environments where air quality is critical.
10. Can I use a W-bank combined filter for air conditioning?
Yes, W-bank combined filters are suitable for air conditioning systems, especially those that require high-efficiency filtration. Their ability to capture fine particles and maintain low pressure drop makes them ideal for maintaining clean air in AC systems, ensuring improved air quality and system performance.
11. How do I maintain a V-bank combined filter?
Maintaining a V-bank combined filter involves regular inspections and replacements. It is recommended to check the filter every 3-6 months, depending on the operating conditions. If the filter appears clogged or dirty, it should be replaced with a new one to maintain optimal air quality and airflow efficiency. In some cases, a pre-filter can be used to extend the life of the V-bank filter by capturing larger particles before they reach the main filter.
12. What industries use W-bank combined filters?
W-bank combined filters are used across a wide range of industries where air quality is a priority. These include manufacturing, pharmaceuticals, clean rooms, food processing, and HVAC systems in commercial and industrial settings. Their ability to handle high dust loads and maintain consistent airflow makes them indispensable in sectors requiring high-level filtration.
13. How do V-bank filters improve air quality?
V-bank filters improve air quality by efficiently trapping particulate matter such as dust, pollen, and pollutants from the air. Their pleated design increases the surface area available for filtration, allowing them to capture more contaminants while maintaining good airflow. This helps ensure that the air circulating through ventilation systems remains clean and healthy.
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