Fellowes Aeramax Pro SV Hybrid Filter 9787902

Product Code: 37713FE

Category Air Cleaners

Manufacturer Fellowes

One Filter Pack, Three Functions: combined H13 HEPA and Carbon Filter plus separate pre-filter to capture larger particulate to help extend life of subsequent filters
Reusable Pre-Filter: pre-filters are washable and can be cleaned as needed
H13 HEPA filtration: captures up to 99.95% of particles as small as 0.1 microns, including allergens, pollen, dust, pet dander and smoke
Long-Lasting Performance: Two-year estimated filter life (depending on usage conditions)
2 Sets Per Pack: Includes 2 Hybrid + Carbon combo filters and 2 pre-filters (two sets of filters are required for optimal operation)

Description

Maintain the preparedness of your space and the performance of your AeraMax®SV with the genuine AeraMax SV Combo Filter Pack. Each filter pack includes two combo H13 HEPA and carbon filters and two pre-filters to capture up to 99.95% of airborne particles as small as 0.1 microns including allergens, pollen, dust, pet dander and smoke. Designed to maximize filtration lifespan and purifying power, pre-filters are washable and can be cleaned as needed for up to 2 years. The machine requires 2 sets at all times.

Specifications

Lead Time

Weight

0.42kg

Antimicrobial Treatment

H13 Hepa Filtration

Brand

AeraMax

Fellowes Aeramax Pro SV Hybrid Filter 9787902

Product Code: 37713FE

Category Air Cleaners

Manufacturer Fellowes

One Filter Pack, Three Functions: combined H13 HEPA and Carbon Filter plus separate pre-filter to capture larger particulate to help extend life of subsequent filters
Reusable Pre-Filter: pre-filters are washable and can be cleaned as needed
H13 HEPA filtration: captures up to 99.95% of particles as small as 0.1 microns, including allergens, pollen, dust, pet dander and smoke
Long-Lasting Performance: Two-year estimated filter life (depending on usage conditions)
2 Sets Per Pack: Includes 2 Hybrid + Carbon combo filters and 2 pre-filters (two sets of filters are required for optimal operation)