Out of stock
The IQAir Cleanroom Series anti-microbial filters are the most effective stand-alone solution for the control of infectious airborne particles including viruses, bacteria and fungal spores.
The Cleanroom systems have been specifically designed for the removal of both solid and liquid airborne particles and infectious microorganisms responsible for infections like tuberculosis, influenza, aspergillosis, MRSA and SARS.
Ideal for laboratories, medical and controlled environments due to their certified filtration efficiency of ≥ 99.97% for particles ≥ 0.003 microns in size and their guaranteed removal efficiency of ≥ 99.5% for even the tiniest microorganisms.
The IQAir Cleanroom H13 is a unique microbial management solution that has been developed to cater to cleanrooms, laboratories and environments up to Class 100.
When a medical or laboratory environment requires the highest quality air quality for medical and laboratory environments, every possible cumulative advantage in increasing and maintaining air quality is important to achieve. The IQAir Cleanroom H13 does just that, by continually re-enforcing the cleanroom environments air quality.
As air is drawn through the air purifier the antimicrobial filters reduce colonisation and maintain the integrity of the filtration media, allowing them to continually operate at highest standard possible. Coupled with the tested and proven capture of ultrafine particles, down to 0.003 microns, the Cleanroom H13 is a must have device for challenging air quality environments.
These units can be equipped with inflow and outflow attachments to cost effectively create positive and negative pressure cleanroom environments.
There are 3 different IQAir CLEANROOM models :
For airborne infection control specifically in health-care settings, IQ Air's Cleanroom H13 also offers larger surface antimicrobial pre- and HyperHEPA filters, as well as anti-tampering features that prevent the unauthorised access to filters or the accidental disconnection of the system.
Download Specs: click here
