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  • Particulate Removal from Process Furnace Exhaust (.pdf)
    This Ohio manufacturing company refurbishes Teflon coated baking trays by removing the teflon coating in a high temperature furnace. The process not only generates high levels of Hydrofluoric Acid but also particulates in the 5 micron size range.
  • High Temperature Powder Processing: Advancements in Rotary Furnace Designs
    Rotary furnaces are the go-to technology for high temperature processing of powdered materials. They inherently offer significant advantages of throughput and energy efficiency over other forms of continuous, high temperature equipment. Some materials are well served by simple tube designs
  • Inspecting Gas Fired Furnaces Using Infrared Thermography
    shutdowns of these furnaces can result in production losses as high as $84K. Traditionally, visual inspections have been the preferred method of monitoring wall insulation health. Peeled or blistered paint and a cherry red glow are used as indicators that insulation is breaking down inside
  • Assessing Work-Basket Alloys for Vacuum Furnaces
    A commercial heat treating company draws on its experience and test results to determine which high-temperature alloys to use for vacuum furnace baskets.
  • Operating A Vacuum Furnace Under Humid Conditions
    A specific concern to a vacuum furnace user is processing critical work during summer months. with high temperatures and high humidity. This same concern could also be a problem on rainy. winter months. Under these difficult conditions, it is most important to understand the impact that humid
  • How To Select a Furnace for Batch Glass Melting Applications
    The most important characteristic of any glass melt furnace is that the lining be able to withstand the highly corrosive fumes frequently generated by glass chemistry at high temperatures. High alumina ceramic for temperatures up to 1700 deg C and cast zirconia for temperatures from 1800 to 2000
  • Smart interface will advance high-temperature measurements
    interfaces basically covers how individual sensors can store calibration and other information in an onboard memory, for use by electronic instrumentation. Finalization of the TEDS spec could lead to, among other things, better sensors for gauging superhigh temperatures. An example of the trend comes
  • Paste or Preforms, the Brazer's Question (.pdf)
    in the furnace usually contains significant amounts of Hydrogen and Nitrogen that allow high temperature brazing to be accomplished without oxidation or minimal to no flux.

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