F9 V-Bank Air Filter for Livestock Ventilation

• Compact V-bank filter structure
• Large effective filtration area
• Multiple filter media options
• Suitable for modular filter-wall installation
• High dust-holding capacity and stable filtration performance
• Designed for livestock-house fresh-air filtration systems

• Up to F9 Filtration: Filtration efficiency is available up to F9 according to the listed EN779 classification.
• V-Bank Configuration: Multiple filter packs arranged in a V shape increase effective filter area without requiring excessive installation depth.
• Low Airflow Resistance: Large media area helps maintain efficient airflow while providing fine-particle filtration.
• High Dust-Holding Capacity: Expanded filtration area allows the filter to retain more airborne particulate matter before replacement is required.
• Multiple Media Options: Glass fiber, synthetic fiber and nano-composite filtration media can be selected according to application requirements.
• Moisture-Resistant Construction: Designed for stable operation in demanding ventilation environments with changing humidity conditions.
• Stable Efficiency: Filter media are selected for consistent performance without relying on temporary electrostatic charging.
• Compact Modular Design: Lightweight box-type construction simplifies installation and replacement in filter walls and ventilation cabinets.

• Pig house fresh-air filtration systems
• Breeding and multiplication farms
• Farrowing and nursery buildings
• Poultry-house ventilation systems
• Livestock-house air filter walls
• Positive-pressure fresh-air systems
• Multi-stage farm air filtration systems
• High-air-volume ventilation equipment
• Biosecurity-oriented livestock ventilation projects

• Confirm filter size, airflow direction and filtration grade before installation.
• Install the filter securely in the filter frame or air-filtration wall with an effective perimeter seal.
• Prevent unfiltered air from bypassing the filter through gaps around the frame.
• Use a suitable pre-filter upstream where dust loading is high to extend the service life of the V-bank filter.
• Monitor pressure drop across the filtration system during operation.
• Inspect filters regularly for dust loading, moisture damage, deformation or seal failure.
• Replace the filter when the specified final resistance is reached or when airflow performance becomes inadequate.
• Avoid damaging or compressing the filter media during handling and installation.
• Keep replacement filters dry, clean and sealed before installation.
• Dispose of used filters according to farm biosecurity and local waste-handling requirements.

Q: What filtration efficiency is available?
A: The current product specification lists filtration efficiency up to F9 according to EN779.

Q: What filter media are available?
A: Glass fiber, synthetic fiber and nano-composite fiber media are available according to application requirements.

Q: Why use a V-bank structure?
A: The V-bank arrangement provides a larger effective filtration area within a compact housing, supporting high airflow, lower resistance and increased dust-holding capacity.

Q: Is this filter suitable for pig farms?
A: Yes. It can be incorporated into fresh-air and multi-stage filtration systems for pig houses and other livestock buildings.

Q: Can it be used after a primary pre-filter?
A: Yes. In multi-stage filtration systems, installing a coarse pre-filter upstream can reduce dust loading and extend the service life of the higher-efficiency V-bank filter.

Q: How do I know when the filter should be replaced?
A: Replacement should be based on pressure-drop monitoring, airflow performance, visible condition and the final-resistance recommendation for the selected filter configuration.

Q: Are different sizes available?
A: Yes. Filter dimensions and airflow capacity can be selected according to the ventilation system and filter-wall design.

Q: What information is required for selection?
A: Please provide the required filtration grade, filter dimensions, ventilation airflow, available installation depth and the configuration of upstream and downstream filtration stages.