Pressure Milling Vail

A new and powerful method for the synthesis of hydrogen storage materials and monitoring of hydrogenation reactions by reactive ball milling under high hydrogen atmosphere has been developed. It involves high-energy ball milling in an especially designed vial, allowing in-situ monitoring of temperature and, more importantly, of hydrogen pressure by incorporating a newly developed gas-temperature measurement system as well as a radio emitter into the vial lid. An external receiver transmits the data to a data acquisition computer.
(O. Gutfleisch et. al., J. Alloys and Comp. 427 (2007) 204)

  • insight in physical and chemical processes during high-energy
    ball milling
  • of functional materials such as hydrides, intermetallic
    compounds, ceramics, bulk metallic glasses etc.
  • quick check of catalytic efficiency
  • accelerated hydride formation and nanocrystallinity

Features:

  • Continuous in-situ monitoring of pressure and temperature during ball milling
  • pmax= 150 bar of hydrogen (smaller pressure ranges with higher resolution available: up to 1-2-5-10-20-50-100 bar)
  • Operation time up to 40 h
  • Resolution of data acquisition: 40 points/s
  • Powerful dedicated software
  • USB interface
  • Volume of milling vial: 220 ml
  • Vial material: hardened steel, swagelok ball valve

Options:

Two channel system for simultaneous use of two milling vials

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