Description
Construction of High Flow Air Filter
Filter Media: Made from high-efficiency fiberglass, synthetic fibers, or polyester, the media is engineered to maintain excellent filtration performance even under high airflow conditions.
Pleated Design: The media is arranged in a pleated configuration to maximize surface area, enhancing dust-holding capacity and ensuring the filter can handle large air volumes with minimal pressure drop.
Reinforced Frame: Constructed from durable materials such as metal or high-strength plastic, the frame provides robust support, ensuring the filter remains stable and effective during use.
Support Grid: A support grid is integrated either internally or externally to reinforce the filter media, preventing collapse or deformation under high airflow conditions.
Sealant Strips: Located along the edges of the frame, these strips ensure a tight fit within the filtration system, preventing unfiltered air from bypassing the filter.
Features
▸Large Specific Surface Area
▸High Dust Capacity
▸Stable Air Flow
▸High Filtration Efficiency
▸Low Resistance, Water and Moisture Resistance
▸Low energy consumption and low backwash water consumption
Application
▸Commercial and Industrial HVAC Systems
▸Cleanrooms and Laboratories
▸Healthcare Facilities
▸Data Centers
▸Large Public Spaces
| Technical Specification | ||||||||||
| Filter Type | High-volume Air Filter | |||||||||
| Filter Class | M5, M6, F7, F8, F9 | |||||||||
| Filter Media & Seperator | PP HEPA Filter Paper | |||||||||
| Frame Material | Aluminium / Galvanised | |||||||||
| Final Resistance | 320Pa (Suggestion) | |||||||||
| Humidity Resistance (Relative Humidity) | 100%RH | |||||||||
| Curve of Air Flow and Resistance | |
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Dimensions & Technical Details
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Depth
（mm）
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Size
(mm)
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Rated Airflow
(m³/h)
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Initial Resistance(Pa)
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| M5 | M6 | F7 | F8 | F9 | |||||||||||
| 292 | 592×592 | 2200/4400 | <30/60 | <40/75 | <50/85 | <55/95 | <65/105 | ||||||||
| 292×592 | 1100/2200 | ||||||||||||||
| 150 | 592×592 | 1800/3600 | |||||||||||||
| 292×592 | 1000/1800 | ||||||||||||||
Note: other specifications can be customized according to requirements
High Flow Air Filter vs. Medium Efficiency Pleated Filters
High Flow Air Filter Advantages
✔ Best for high-demand systems:
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Large HVAC systems (>4000 m³/h)
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High-pollution environments (welding, woodworking, chemical storage)
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Applications requiring rapid air exchange
✔ Deep-pleat design benefits:
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Extended filter media area (15-20 m²)
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3-5x higher dust-holding capacity
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Longer service life (6-12 months in harsh conditions)
Medium Efficiency Pleated Filter Advantages
✔ Best for cost-sensitive or space-limited applications:
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Local exhaust systems
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Areas with lower cleanliness requirements
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Systems with pre-filtration (e.g., G4 pre-filters)
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Compact installations (depth <500mm)
✔ Thin-profile benefits:
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Lower initial cost
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Easier/faster replacement (suitable for monthly changes)
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