Home / HPR-20 gas analysis systems

HPR-20 gas analysis systems.

Instruments.

7 in this area

  • Hiden HPR-20 R&D

    HPR-20 R&D

    A benchtop triple filter mass spectrometer for monitoring evolved gases and vapors, with improved resolution and abundance sensitivity.

    Thermal analysis TA/MSCatalysisFuel cells+5 more
  • Hiden HPR-20 TMS

    HPR-20 TMS

    A transient mass spectrometer configured for fast event analysis of gases and vapors at pressures near atmosphere, ideal for fast gas switching experiments.

    Thermal analysis TA/MSCatalysisFuel cells+5 more
  • Hiden HPR-20 EGA

    HPR-20 EGA

    A gas analysis system for continuous analysis of evolved gases and vapors from thermogravimetric analyzers, with interfaces for most TGA instruments.

    Thermal analysis TA/MSCatalysisFuel cells+2 more
  • Hiden HPR-20 OEMS

    HPR-20 OEMS

    A system for continuous analysis of evolved gases and vapors in electrochemistry as a function of the applied potential on the real-time scale.

    Evolved gas and vapor analysis in electrochemistry as a function of applied potentialHead space sampling and connection to electrochemical cells, for example EL-CellAnalysis of corrosive or condensable species, with the optional 3F series 300 amu system
  • Hiden HPR-20 DLS

    HPR-20 DLS

    A gas analysis system for ultra-high resolution and sensitivity analysis of hydrogen isotopes and light gases, built around the DLS-20 triple filter quadrupole.

    Hydrogen isotope studiesNuclear fusion researchGlovebox monitoring
  • Hiden HPR-20 EPIC

    HPR-20 EPIC

    A gas analysis system with a triple filter mass spectrometer and a pulse ion counting detector for positive and negative ion detection.

    Atmospheric gas reaction kineticsHigh purity gas analysisGlovebox monitoring
  • Hiden HPR-20 S1000

    HPR-20 S1000

    A gas analysis system with a triple filter quadrupole mass spectrometer of 1000 amu mass range and detection capability of less than 5 ppb.

    Thermal analysis TA/MSCatalysisFuel cells+4 more