High Efficiency Particulate Air Filter ¨C Hi-Pack Type
HI-Pack type HEPA/ULPA is a new design of Airrex Air Filters. Media is made of ultra-fine fiberglass and folded into larger area and fabricated into frame. Folded filter is separated by hot melt. The series provide guarantee efficiency from 99.97%, 99.99% to 99.999% (EU12-EU14) or H10-H14 (per EN-1822 standard in MPPS Test) on 0.3 micrometer size particles HEPA filter. .
The frame is available for Wooden Frame (Fire-Retardant particle Board Frame) and Metal Frame (Galvanized Steel and Aluminum) in box type or header type. It can be used to replace the traditional aluminum separators filters to provide larger filtration area. Hi-Pack Type HEPA is able to provide the maximum effective media area. With the advantages of long life span, light weight, easy handling of rejection and environment friendly
Features:
HI-Pack is a type of Continuity fold paper; it is designed for providing larger media area. Mini folding design is for extending filter¡¯s life span and decreasing pressure drop. HI-Pack type HEPA/ULPA is a new design of Airrex Air Filters. Media is made of ultra-fine fiberglass and folded into larger area and fabricated into frame. Folded filter is separated by hot melt adhesive to ensure the chemical pollution air will not release to a clean room. Air can blow through filter at a lowest pressure drop.
Efficiency:
The series provide guarantee efficiency from 95%, 99.97%, 99.99% to 99.999% (EU12-EU14) or H10-H14 (per EN-1822 standard in MPPS Test) on 0.3 micrometer size particles HEPA filter.
Media:
Media is made of ultra-fine fiberglass and folded into larger area and fabricated into frame.
Frame:
The frame is available for Wooden Frame (Fire-Retardant particle Board Frame) and Metal Frame (Galvanized Steel, Aluminum and Stainless Steel) in box type, Single Header or Double Turn Type. Both edges of filter can be additionally supported by metal mesh. It can be used to replace the traditional aluminum separators filters to provide larger filtration area.
High Efficiency Filter Performance Data
Material and Service Gonditions
|
