High Efficiency Particulate Air Hepa Vacuum

High efficiency particulate air vacuum cleaners a k a hepa vacuums contain filters that can trap extremely small particles conventional vacuums can t.

High efficiency particulate air hepa vacuum.

Standing for high efficiency particulate air hepa rated filters are superb weapons in the fight against the tiny airborne pathogens that pollute your indoor atmosphere. High efficiency particulate air hepa vacuums are recommended for the final clean up of remediation areas after materials have been thoroughly dried and contaminated materials have been removed. A hepa filter is a high efficiency particulate air filter designed to remove 99 97 percent of all particles that are 0 3 microns in size that pass through it. With the filtration efficiency increasing for particle diameters both less.

High efficiency particulate air also known as high efficiency particulate absorbing and high efficiency particulate arrestance is an efficiency standard of air filter. Filters meeting the hepa standard must satisfy certain levels of efficiency. A true hepa filter removes 99 97 of all particles that are 0 3 microns in size or larger. Hepa vacuums are also recommended for cleaning up dust that has settled outside the remediation area.

Hepa filters are 99 97 effective at keeping fine dust particles from entering the air. Vacuums with a hepa high efficiency particulate air filter are less likely to push allergens back into the room dr. Hepa high efficiency particulate air vacuums breathe fresher air and cut cleaning time with a hepa filter. Where a vacuum without this type of filtration is unable to trap those tiny particles and they end up spewed back into the air a hepa rate vacuum keeps them all inside.

That means cleaner air and a cleaner workplace. The hepa standard is set by the u s. This is a pleated filter that traps airborne particles as they pass through an air purifier. What is a hepa filter hepa is an acronym that stands for high efficiency particulate air.

Government s department of energy and was developed for use in nuclear facilities in the 1940s.