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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.
  • White Paper - 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
  • Environmental protection and energy for the Queen Mary II
    Electricity for a city of 200,000: that's what the electrical system of the Queen Mary II luxury liner essentially provides, including of course an on-board wastewater treatment facility. A new technical solution makes it possible to burn accumulated waste in a high-temperature furnace
  • 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.
  • White Paper - Kinetic Model of Stabilized PAN Fiber Mass Loss During Carbonization
    The carbonization process converts stabilized precursor (i.e. stabilized PAN) fiber into carbon fiber and takes place within two high temperature furnaces, namely the LT (Low Temperature) and HT (High Temperature) furnaces. The largest fiber mass loss occurs within the LT furnace which typically
  • Inspecting Gas Fired Furnaces Using Infrared Thermography
    The natural gas fired furnace is a key component in our process lines. Our two vertical furnaces operate at an internal temperature of 2100° F. These furnaces are used to heat a five foot wide ribbon of steel to 1500° F as it moves through the furnace at speeds up to 600 feet per minute. Unplanned
  • A New "Twist " On Nanostructures
    to that used for nanobelts and nanosprings makes nanohelices. Zinc-oxide powder goes inside an alumina tube, which itself goes in a horizontal high-temperature tube furnace. The furnace heats the material under vacuum to about 1,000 C, at which point an argon carrier gas is introduced. Heating
  • Computer Power User Article - Under Development
    at the electrically charged substrate. The alloy acted as a catalyst for a high-temp reaction that sparked the growth of nanowires or nanotubes from the substrate. Temps close to the reaction hit about 700 degrees C, but the temperature only a few micrometers away remained a comfortable 25 degrees C, or room

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