Product Description
"VENT" HEPA filters are manufactured from continuous length superior quality micro glass fiber paper media available in various efficiency grades. The filter media is moisture resistant and fire retardant. Anti-microbial treated papers are also available for special applications. The uniform and closed pleat filter pack grants a high crossing surface to hold the very fine dusts.
The standard frame construction includes fire retardant Wood Particle Board, Galvanized steel and anodized aluminum. High temperature versions are constructed with Stainless steel frames.
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Application
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Final or return filtration for clean rooms, Laminar air flow for clean benches
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Type
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High efficiency filter panel
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Case
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Extruded aluminum.
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Media
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Micro-FIBRE GLASS
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Separator
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Hot-melt beads.
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Sealant
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Polyurethane
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Gasket
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Neoprene Rubber
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Faceguard
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Expanded metal on both side, powder coated
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EN 1822 efficiency
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H13 / H14
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MPPS efficiency
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H13:>99.95%, H14:> 99.995%.
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Final pressure drop
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400 Pa Recommended, 600 (Maximum)
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Temperature
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70C maximum in continuous service.
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Humidity
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100% RH
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Test
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100% individually tested according to EN 1822.
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Exceptional Particle Removal for Critical EnvironmentsBuilt for environments that demand the highest air purity, the minipleated HEPA filter efficiently removes fine particulates down to 0.3 microns. Its robust construction makes it ideal for cleanrooms, pharmaceutical facilities, hospitals, and sensitive HVAC systems. The high-quality glass fiber media paired with the secure galvanized steel casing ensures consistent performance and protection against airborne contaminants.
Custom Fit and Versatile Installation OptionsTailor the filter to your system with customizable depth and diameter options. The filter can be securely installed in either vertical or horizontal orientations, making it adaptable to a range of cleanroom and HVAC configurations. With a Faceguard protective mesh and compatibility with frame/flange connections, it offers both flexibility and enhanced safety during installation and operation.
FAQs of Minipleated HEPA Filter:
Q: How do I install the minipleated HEPA filter in my cleanroom or HVAC system?
A: Installation is straightforward, as the filter is designed for both vertical and horizontal mounting. It is flange- or frame-compatible, allowing easy integration with most standard systems. Always ensure the filter is securely seated in its housing to prevent air bypass and maintain optimal filtration performance.
Q: What makes minipleated HEPA filters beneficial for cleanrooms and laminar flow units?
A: These filters provide superior particle capture efficiency (99.97% at 0.3 micron) and are constructed for rigorous environments. The minipleated design offers a greater surface area for airflow, reducing initial pressure drop and supporting continuous operationcrucial for maintaining strict air quality standards in controlled settings.
Q: When should I replace this HEPA filter, and why is it non-washable?
A: The filter should be replaced once its final pressure resistance reaches 250 Pa, or as part of your facilitys preventive maintenance schedule. It uses non-woven glass fiber media and is non-washable to prevent inefficiency or damage to the filter structure, guaranteeing sustained high performance and air purity.
Q: Where can this HEPA filter be effectively used?
A: Ideal applications include cleanrooms, laminar flow units, and HVAC systems that require reliable high-efficiency air filtration. It is suitable for pharmaceutical industries, hospitals, electronics manufacturing, and any location where minimizing airborne particulates is crucial.
Q: What is the typical process for ensuring proper filter performance?
A: Periodic inspection of the filter for physical integrity and monitoring of pressure drop is essential. Replace the filter at the specified pressure limit or if significant contamination is observed. Always install according to manufacturer guidelines for optimal sealing and performance.
Q: How does the protective faceguard mesh enhance filter durability?
A: The faceguard mesh, made from aluminum, shields the delicate glass fiber media from damage during installation and operation, prolonging filter life and maintaining consistent filtration performance even in demanding applications.