Filters For Use For Sd20010

dirt devil sd20010 filter - Buy

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Before the pandemic began, vacuum filters weren't something that many of us thought about. But in the post-outbreak world, we're all digging a bit deeper. We're considering our options, diving into the details, and making better choices. We can do the hard work that's necessary to keep ourselves, our loved ones, our employees or coworkers, and our communities safe. Choosing HEPA filters and cleaning services that use HEPA filters are two easy ways that we can make a big difference in the air quality at the office and at home. But what are HEPA filters?HEPA Filters vs. Regular Filters

HEPA stands for high-efficiency particulate air. These filters are often also called high-efficiency particulate absorbing and high-efficiency particulate arrestance (the measure of a filter's ability to remove synthetic dust from the air). Whichever name you know them by, their purpose is the same: to serve as an efficiency standard of air filter. HEPA filters remove at least 99.97% of airborne particles 0.3 micrometers in diameter. This percentage meets the United States Department of Energy (DOE) standard adopted by most American industries.

How HEPA Filters Work

HEPA filters remove contaminants from surfaces and the air by forcing the air through fibers that trap them. The fibers are typically made out of fiberglass. There is very little airspace left between the filters, so they can catch even the smallest particles. These particles are trapped in three different ways: diffusion, interception, and impaction. Each of the three methods differs slightly for maximum efficiency. Together, they provide unbeatable air filtering.

Diffusion is the result of the collision of gas molecules and the smallest particles in the area. The particles are impeded and delayed as they pass through the filter. Interception occurs when particles following the natural air stream come in contact with one of the HEPA filter's fibers and then stick to it. And with impaction, larger particles can't avoid the fibers and end up embedded in one of them instead. The three methods of trapping particles come together to give us that minimum of 99.97% removal.

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