New research conducted through independent laboratory testing shows how effective Fellowes air purifiers were in removing SARS-CoV2.
The results concluded All Fellowes AeraMax Pro AM2, AM3, and AM4 and AeraMax DX5/AM90/100, DX55/AM190/200, DX95/AM290/300 were proven to remove 99.99% of an aerosolized concentration of SARS-CoV-2 through a single air pass test. These results build on previous research further demonstrating the effectiveness of Fellowes AeraMax Pro air purifiers.
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We conducted testing to show how effective AeraMax Pro air purifiers were in removing coronavirus from the air. We did this by partnering with an independent and accredited laboratory to analyze the airborne reduction of an airborne coronavirus when using Fellowes AeraMax Pro Air Purifiers.
The outcome showed that Fellowes AeraMax Pro Air Purifiers were demonstrated to be effective in reducing aerosolized airborne concentration of Human Coronavirus 229E in a test chamber reaching 99.99% airborne reduction within 1 hour of operation.
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Fellowes' AeraMax Pro AM3 and AM4 True HEPA air filters have been tested following the ISO 29463 2018 testing method based on particle counting at the most penetrating particle size (MPPS). Samples of the AeraMax Pro filters were tested for the initial filtration performance and results recorded on 4 particle sizes ranging from 0.1-0.3µ. H13 pass criteria is 99.99% at 0.1µ. All filter samples passed the criteria in accordance with EN1822-1: 2019
We conducted a comprehensive Computational Fluid Dynamics (CFD) simulation in an average, six-stall women's restroom. The study scenario included all six toilets flushing at once, continuously with all stall doors closed.
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With AeraMax Pro in place, the contaminants are quickly diluted and pulled out of the stalls toward the air purifier. Red indicates contaminated air. Blue indicates purified air.
No matter the shared space, AeraMax Pro is your most valuable ally against contaminated air, preserving the health and safety of all your building occupants.
*Contaminant cloud shown at 2.5 parts per million (ppm). Capture efficiency will vary depending on the room’s geometry, unit placement, type of contaminant, and other factors.