Visão geral do produto

  • Space-saving design reduces freight, storage, and handling costs
  • 6-inch-depth filter with the same media area and performance as 12-inch-deep filters
  • Sturdy high-impact polystyrene cell sides enclose a fixed media pack
  • Fully incinerable
  • MERV 16
  • MERV 16
Profundidade do filtro
  • 6 pol
Tipo de meio
  • Fibra de vidro
Material da estrutura
  • Plástico
Tamanho especial disponível
  • Não
Antimicrobiano disponível
  • Não
Cabeçote único
  • Sim
  • Não
Temperatura operacional máxima
  • 176˚F (80˚C)

High Efficiency — Low Resistance

Rated 95% on 0.3 μm particles, and a MERV 16 per ASHRAE Standard 52.2, BioCel M-Pak filters have the advantage of a much lower pressure drop than a typical HEPA filter (0.36″ versus 1.0 in. w.g. at 250 FPM). BioCel M-Pak filters fill the gap between ASHRAE-grade high-efficiency filters and ultra-high-efficiency HEPAs, at a much lower weight and pressure drop.

This compact, lightweight filter will withstand operating temperatures to 176°F/80°C, if recommended final resistance is not exceeded. To maximize service life, use BioCel M-Pak filters with high quality AAF Flanders prefilters.

Cost-Saving Design

Due to the smaller footprint of the BioCel M-Pak filter, less space is required for storage. M-Pak filters are approximately 50% lighter than conventional 12″-deep filters that have metal cell sides. Easy handling means reduced maintenance costs and time savings. Disposal costs are also reduced, as two M-Pak filters can be disposed of in the space of one 12″-deep filter.


The header and cell sides of the BioCel M-Pak filter are constructed of high-impact polystyrene. The design, which encloses a fixed media pack, creates a rugged filter that resists damage during shipping, handling, and operation. All components of the BioCel M-Pak are fully incinerable.


The BioCel M-Pak filter is designed primarily to remove airborne biological contaminants in hospital-critical areas, and food and pharmaceutical processing plants. The filter is engineered to meet the exacting requirements of precision manufacturing operations and laboratories, where very high-efficiency filtration of fine particulate matter is necessary.

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