GasPro™ TEM PV1-1400 316L-Polypropylene Media 1 Micron In-Line Gas Filter from Porvair

GasPro TEM PV1-1400 316L-Polypropylene Media 1 Micron In-Line Gas Filter 

GasPro TEM PV1-1400 316L-Polypropylene Media 1 Micron In-Line Gas Filter
GasPro TEM PV1-1400 316L-Polypropylene Media 1 Micron In-Line Gas Filter

GasPro™ PV1-1400 series filters are designed for photovoltaic/solar and other microelectronic gas applications where 1 m particle retention is acceptable. Standard industry fittings are offered for easy installation.

 

GasPro™ TEM PV1-1400 316L-Polypropylene Media 1 Micron In-Line Gas Filter Features:

  • Electro-polished housing: The filter assemblies have a 15Ra electro-polished 316L stainless steel housing to prevent corrosion and
    particle build up on interior surfaces.
  • Out of package cleanliness: Porvair's GasPro™ PV1-1400 filters are cleaned and packaged in a cleanroom with organic free handling for out-of-package, particle free, and chemical free cleanliness. Final assembly is purged with filtered nitrogen for initial cleanliness. Additional preconditioning is optional.
  • Multiple fitting options for ease of installation: Standard fitting options include face/gasket seal, compression, butt weld and NPT. Special fittings, including tri-clamp (clover) sanitary and flange type, may be available upon request.
  • 100% helium leak tested: All units are tested to 1x10-9 atm cc/second.
  • Construction: Polypropylene filtration media enclosed in a 316L stainless teel housing.


GasPro™ TEM PV1-1400 316L-Polypropylene Media 1 Micron In-Line Gas Filter Specifications:

  • Filtration Rating: Efficient particle retention at 1.0 m
  • Maximum operating temperature: 80°C (176°F) in inert gas
  • Maximum operating pressure: 51.7 bar (750 psig) at 20°C (68°F)


 

Download Porvair GasPro TEM PV1-1400 316L-Polypropylene Media 1 Micron In-Line Gas Filter Datasheet 



Talk to one of our filtration experts today at (855) 737-4717 or fill out our online form to learn more.

 

Short description

Designed for photovoltaic/solar and other microelectronic gas applications where 1 m particle retention is acceptable.