Developed in response to the challenging demands of the US Department of Energy, Porvair Filtration Group has engineered a unique, validated range of high flow, high strength, radial flow HEPA filters. These filters are capable of handling large volumes of gases at high differential pressure in high humidity environments.
Originally developed for the Nuclear industry, this filter element design incorporates permeable corrugated separator technology as well as woven scrim-supported glass fiber media to achieve unprecedented flow capacity and strength.
Capable of removing 99.97% of 0.3 micron particles to HEPA or N99 standards, these filters can operate in conditions where other HEPA elements fail, ensuring a fast exchange of air, and process cleanliness in all critical air purification applications.
This filter is able to withstand differential pressures much greater than typical glass fiber HEPA filter elements.
The filtration media is capable of withstanding high pressure loss (due to high dirt load) before media failure, in both wet and dry environments.
The corrugated separators ensure optimal pleat spacing and openness resulting in low differential pressures at high flowrates.
Tested in accordance with UL586, the elements do not contribute to flammability and have a low loss-on-ignition content.
The purification of the immediate environment in which critical processes are being carried out such as microelectronics fabrication and biopharmaceuticals production.
High Efficiency Particulate Air filters are an essential part of any overall air quality hygiene regime and are available in self-contained, retrofit and portable HVAC systems.
The removal of radioactive particulate emitted during the vitrification and other containment processes of Nuclear waste thereby preventing contamination of the atmosphere.