NN6 0.22/0.45 Micron Nylon Membrane Sediment cartridge Filter for Photolithography

Model NO.
NN6 Series
HS Code
"Quality initial, Honesty as base, Sincere support and mutual profit" is our idea, so as to build repeatedly and pursue the excellence for NN6 0.22/0.45 Micron Nylon Membrane Sediment cartridge Filter for Photolithography, The product will supply to all over the world, such as: Kuala Lumpur, Macedonia, Zurich, When you are keen on any of our items following you view our product list, please feel free to make contact with us for inquiries. You'll be able to send us emails and get in touch with us for consultation and we shall respond to you as soon as we are able to. If it's convenient, you could find out our address in our web site and come to our enterprise. or additional information of our items by yourself. We're generally ready to build lengthy and steady co-operation relations with any possible shoppers within the associated fields.
NN6, NN66 Series
NN6, NN66 series filter cartridges are all-nylon filter, ideal for high temperature application and corrosive solvents.
This filter
is hydrophilic, alkali and acid resistant.
It is not easily corroded in ketones, phenols, ethers and high molecular weight alcohols.

Suitable for pre-treatment of HPLC samples, bacterial removal of drinking water, vacuum degassing and removal of microorganisms and organic solvents.

Nylon membrane SEM


Filter Code NN6/NN66
Filter media Nylon membrane
Support & Drainage Nylon
Endcaps/cage/inner core Nylon
Max.operating Temp. 120ºC
Max. differential pressure Forward:0.42MPa;   Reverse:0.21MPa

Features and advantages

  • Resistance to 121ºC saturated steam thermal disinfection for 30 min, max. working temperature 60ºC
  • Good chemical stability, resistance to various organic and inorganic compounds such as dilute acid, dilute alkali, alcohol, ester, oil, hydrocarbon, halogenated hydrocarbon and organic oxide.
  • PET support layer
  • Inherent hydrophilicity


  1. Pre-treatment for HPLC samples
  2. Bacterial removal of drinking water
  3. Vacuum degassing
  4. Removal of microorganisms and organic solvents