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Clean Room Mushroom Laboratories HEPA Air Filter

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Clean Room Mushroom Laboratories HEPA Air Filter

Name: Clean Room Mushroom Laboratories HEPA Air Filter
Brand: ZJNF
Price: 1 USD

Brand Name : ZJNF

Place of Origin : Guangdong, China

MOQ : 1

Price : negotiate

Payment Terms : tt lc PayPal credit card

Delivery Time : 18 days

Packaging Details : plywood/wooden package

Applicable Industries : Building Material Shops, Manufacturing Plant, Food & Beverage Factory, Farms, Restaurant, Home Use, Construction works , Energy & Mining

Core Components : Filter

Efficiency : 99.99%, 99.97% 0.3um

Construction : Panel Filter

Porosity : 0.3u

Dimension(L*W*H) : Customized Size

Item : Pleated HEPA Filter

Filtering Material : glass fiber/PP PET filtering media

Frame : galvanized steel/aluminium

Inner liner strip : EVA/EPDM

Sealant : Polyurethane

Separator : hot melt adhesive

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Core Function of the HEPA Filter

HEPA = High Efficiency Particulate Air filter.
Its role in a cleanroom is to scrub the air so that particles—especially microscopic ones—don’t float around and settle on your production surfaces, mushroom spawn, or sensitive devices.

Particle removal efficiency:
A true HEPA removes 99.97% of all particles with a diameter of 0.3 microns (that’s about 1/300th the width of a human hair). If it can handle 0.3 µm particles, it’s even more effective on both larger and smaller sizes due to how fluid dynamics work (fun paradox!).
Target contaminants:
- Dust particles (carriers of all sorts of mischief).
- Mold spores, bacteria, pollen—exactly the arch‑nemeses of mushroom cultivation.
- Fine aerosols that your eyes can’t even detect.

How It Works (Without Too Much Sci‑Fi Magic)

Air passes through a dense mat of randomly arranged fibers (usually glass microfiber). Three different mechanisms trap particles:

Interception: Particle brushes against a fiber and sticks.
Impaction: Larger particles can’t dodge around the fibers and slam right into them.
Diffusion: Tiny particles zigzag around (thanks to Brownian motion) and eventually get snagged.

0.3 microns is the “most penetrating” size: too big for zigzagging diffusion, too small for easy impaction—so if the filter catches those, it catches everything else even better.

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