Micron Filter 99.995% efficiency at .3 microns
Micron Filter HEPA 14 for Mushroom Lab work 12x24x6″
12x24x5.8″ Filter for Laminar Flow Hood Mushroom Lab
HEPA Filter Mycology For Laminar Flow Hood 12 x 24 x 5.8″ Mushroom Lab Use
We recommend the Dayton 6DKY9 blower for this filter.
H14 HEPA filter 99.995% efficiency at .3 microns Same exact filter that is sold for $290 other places.
Shipping is free in continental USA. Alaska, Hawaii and all nations outside of the USA, contact for a shipping quote.
- With a 99.995 % efficiency at .3 microns this filter will screen out those pesky trichoderma particles. The resistance level is .9 and the filters size is 24x12x5.8″
- The static pressure of all EZMYCO filters is 1.0
- The air flow direction leaves the black foam gasket side of the filter. In other words, the side without the black foam should be the side receiving air from your blower.
- H14 Filter for mushroom lab work
- In stock in the US
24x48x5.8 Mycology Lab Filter For Laminar Flow Hood
EZ MYCO Brand
Back in stock!
Free shipping in the continental United States. Alaska, Hawaii and all Nations outside of the USA contact for a shipping quote.
HEPA Filter Mycology For Laminar Flow Hood 24 x 48 x 5.8″ Mushroom Lab Use
H14 HEPA filter 99.995% efficiency at .3 microns.
We recommend the Dayton 1TDUT fort this filter.
- With a 99.995 % efficiency at .3 microns this filter will screen out those pesky Trichoderma particles. The filters size is 24 x 48 x 5.8″.
- The static pressure of all EZMYCO filters is 1.0
- The air flow direction leaves the black foam gasket side of the filter. In other words, the side without the black foam should be the side receiving air from your blower.
- H14 Filter for mushroom lab work
- In stock in the US
- For mushroom lab use
24x36x5.8 Mycology Lab Filter For Laminar Flow Hood
EZ MYCO Brand
HEPA Filter Mycology For Laminar Flow Hood 24 x 36 x 5.8″ Mushroom Lab Use
H14 HEPA filter 99.995% efficiency at .3 microns.
We recommend the Dayton 1TDT2 fort this filter.
Free shipping in the continental United States. Alaska, Hawaii and all Nations outside of the USA contact for a shipping quote.
- With a 99.995 % efficiency at .3 microns this filter will screen out those pesky trichoderma particles. The filters size is 24 x 36 x 5.8″
- The static pressure of all EZMYCO filters is .9
- The air flow direction leaves the black foam gasket side of the filter. In other words, the side without the black foam should be the side receiving air from your blower.
- H14 Filter for mushroom lab work
- In stock in the US
- For mushroom lab use
Mycology Filters H14
Mycology Filter H14 for sale. Choosing the right micron filter for your laminar flow hood project is key. With a 99.995 % efficiency at .3 microns this filter will screen out those pesky Trichoderma particles.
The EZ Myco filter is constructed out of aluminum for extra strength and designed with Mushroom lab settings in mind. It can replace the existing filter in our one-of-a-kind EZ Myco Laminar Flow Hood or be used in the construction of your very own Laminar flow hood. Our Mycology Filter H14 are compatible to replace filters in other flow hoods. Contact us with your dimensions to see if we are a good fit.
The air flow direction leaves the black foam gasket side of the filter. In other words, the side without the black foam should be the side receiving air from your blower. The resistance level or WG is 1.0 on these filters. Our micron filters are used in reputable grows and labs across the country. Mushroom cultivators of all sizes need reliable filtration for efficient lab work. It’s always a shame when a growers substrate gets overrun with unwanted fungi. In some cases it can lead to significant financial loss and a waste of valuable resources. The best way to avoid this is to make sure your lab work is done in front of properly filtered air. Some of your clients include Farmhouse Fungi and Monte Late you can also check out Spore to Fork these are all up-and-coming grows that know the value of proper filtration in their lab work. At EZMYCO we are constantly testing new flow hood designs and working to achieve to best results in relation to laminar flow and create the highest level of success for our clients.