HEPA/ULPA Filters

Our HEPA/ULPA filters remove a broad range of airborne contaminants including fine dusts, smoke, pollen, soot, bacteria, viruses, asbestos and radioactive particles. They are ideally suited for air conditioning and ventilation for pharmaceutical, photographic, nuclear, optics, electronics, food processing, aerospace, laboratories, hospitals and similar critical applications, as well as for HEPA/ULPA pre-filtration systems in microelectronic and pharmaceutical cleanrooms.

Unit of Measure

Specifications

Size (in.)

N/A 16 X 18 X 5-7/8

Efficiency

N/A 99.99 %

Frame

N/A WOOD

Gasket

N/A GERMFREE

Benefits

N/A The Aerostar HEPA filter’s corrugated aluminum separators have proven to have 3 to 4 times more support to the media than other types of construction, thereby allowing use in higher humidity environments. These separators assure even pleat spacing for controlled laminar airflow. The hemmed edges on the aluminum separators and square pleat design reduce possible pleat damage. HEPA filters are UL 900 Class 1 to meet strict fire codes. The HEPA HT filters are UL Class 2. In addition, filters, 99.97% DOP and higher, are tested on our CIPAT (Computer Integrated Particulate Air Test) duct to assure compliance with overall efficiency specifications. The filters are tested with PAO (poly-alpha-olefin), approved by the US Army and Surgeon General as suitable replacement for DOP.

Applications

N/A The Aerostar HEPA filters remove a broad range of airborne contaminants, including fine dust, smoke, soot, pollen and radioactive particles. HEPA filters are used in final filter applications including hospitals, electronics, nuclear, pharmaceuticals, laboratories, aerospace, food processing and optics. They can also be used as pre-filters in cleanroom environments and other critical applications for final HEPA/ULPA/SULPA filters.

Application Parameters

Maximum Constant Temperature

N/A 212 ºF100 ºC

Recommended Final Pressure Drop

N/A 2.0 " w.g.

Flammability

N/A UL 900 Class 1
UL 900 Class 2 - High temperature

Relative Humidity

N/A 100 %

Materials

Media Material

N/A Wet laid microglass paper

Sealant Material

N/A Polyurethane
Silicone for the High Temperature

Separator Material

N/A Corrugated aluminum with hemmed edges both sides