Nanofiber Filter Media

The nanofiber medium-efficiency bag filter filter material developed by Foshan Membrane Technology Co.,Ltd. has lower filtration pressure drop than glassfiber and higher efficiency after static elimination than meltblown. It meets the standards of ISO16890 and EN779 and is suitable for the pharmaceutical industry and medical industry and semiconductor electronics and other high-end manufacturing industries.

The nanofiber medium-efficiency bag filter filter material developed by Foshan Membrane Technology Co.,Ltd. has lower filtration pressure drop than glassfiber and higher efficiency after static elimination than meltblown. It meets the standards of ISO16890 and EN779 and is suitable for the pharmaceutical industry and medical industry and semiconductor electronics and other high-end manufacturing industries.

High bonding strength between nanofiber and polyester spunbond nonwoven fabric, small pore size, high dust capacity, back blowing resistance, easy dust removal, can achieve high efficiency and lower pressure drop performance. Widely used in industrial dust, medicine&food, welding dust, mining&mineral processing, mechanical processing and other fields of the back blowing reusable filter cartridge production.

Nanofiber and wood pulp paper combined with high strength, small pore size, can achieve high efficiency and lower pressure drop, easy back blowing dust removal, widely used in commercial vehicle intake system, gas turbine, air compressor , industrial dust removal, heavy duty truck filter and other fields.

One option for the addition of a HEPA filter to a fan coil system could be to use high efficiency and lower pressure drop filters to overcome the additional resistance, and to house the HEPA filter externally. This can be done with the MBR HEPA air Purifier.

Electrospun nanofibers have the advantages of small diameter, adjustable pore size, high porosity, large specific surface area and controllable bulk density, which can be used as air filter materials