Autosorb iQ - Analysis (Ar, CO2, He) - Status: Down

  • Current Status: Down
  • Training: View Topics/Sessions
  • Use Rates:
    • External Academic & Government: $3.00/Hour
    • External Affiliated Commercial/Industrial: $12.00/Hour
    • External Commercial/Industrial: $16.00/Hour
    • External International Academic: $4.00/Hour
    • Internal Standard: $2.00/Hour
  • Service: Request Service Quote. The Staff rate is $50/hour (Internal) and $55 /hour (External) in addition to the instrument rate.
  • Building: NANO (0070)
  • Room: Particle Analysis 1 (222)
  • In Cleanroom: No
  • Main Contact: Kristy Schepker
Fully automated high-resolution gas sorption analyzer possessing three sample ports (analysis station) and four sample preparation ports (outgassing station). Includes a turbo-molecular drag pump and low-pressure transducers (10 and 1 Torr) for measurement of adsorption behavior at pressures required for low surface area measurements (requires krypton) and to observe the filling of micropores.

One port is available as a chemisorption station, complete with a high-temperature (1100C) furnace coupled with fan-assisted cooling, and a digital temperature controller for precise chemisorption measurements. Includes automated gas switching, in-situ and/or separated sample preparation.

A vapor dosing option is available for both physi - and chemi- sorption analysis and features a 50C thermostatted manifold chamber. Typical vapors include water, alcohols, and aromatics which can impact material characteristics, shelf life, performance, and stability.

Also, our Autosorb iQ is integrated with a thermal conductivity detector (TCD) & cold trap option and includes electronic loop injection. TCD enables to perform temperature programmed methods TPR (temperature-programed reaction)/ TPD (temperature-programed desorption)/ TPO (temperature-programed oxidation) and pulse chemisorption analyses for use with a wide-range of gases. The included, automatic loop injector allows for easy pulse titration analyses as well as peak calibration activities.
Contact LevelNameEmail
1Schepker, Kristykschepker@ufl.edu
2Scheiffele, Garygscheiffele@eng.ufl.edu

General Contact: nrfinfo@mail.ufl.edu

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