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11930-Muffle Furnace High Temperature

Features:

  • Designed for multiple application including heat treating, ceramic firing, ashing and thermocouple calibration
  • Heavy duty steel construction for durability having epoxy powder coating finish in regular Model
  • No exposed long lasting kanthal AI heating elements
  • Maximum energy efficiency which is achieved being use of high thermal efficient ceramic insulation surrounding the chamber
  • Solid state cutout removes power to heaters if unit exceeds maximum temperature
  • Choice of solid state electronic temperature controller with digital indicator or microprocessor based temp. Controller having dual indication of “set” and “process” temperature with printer output
  • Housing made of 316L matt finish in GMP model
  • Maximum temperature:1200c, working temperature:1160c
  • Operates on 239 volts

Features:

  • Designed for multiple application including heat treating, ceramic firing, ashing and thermocouple calibration
  • Heavy duty steel construction for durability having epoxy powder coating finish in regular Model
  • No exposed long lasting kanthal AI heating elements
  • Maximum energy efficiency which is achieved being use of high thermal efficient ceramic insulation surrounding the chamber
  • Solid state cutout removes power to heaters if unit exceeds maximum temperature
  • Choice of solid state electronic temperature controller with digital indicator or microprocessor based temp. Controller having dual indication of “set” and “process” temperature with printer output
  • Housing made of 316L matt finish in GMP model
  • Maximum temperature:1200c, working temperature:1160c
  • Operates on 239 volts

A Muffle Furnace (High Temperature) is commonly used for:

  1. High-Temperature Heat Treatment: Performing heat treatment processes at elevated temperatures.
  2. Ashing: Used for the combustion of organic materials to leave behind ash.
  3. Sintering: Applying controlled heating for the bonding of particles in ceramics.
  4. Material Testing: Studying the behavior of materials under extreme heat conditions.
  5. Laboratory Experiments: Utilized in scientific research for controlled high-temperature studies.
  6. Quality Control: Ensuring consistent conditions for testing and analysis.
  7. Metallurgical Processes: Applied in metallurgy for various heat treatment applications.
  8. Industrial Manufacturing: Employed in industries for specific high-temperature processes.
  9. Annealing: Used for the controlled cooling of materials after heating.
  10. Ceramic and Glass Processing: Firing and shaping ceramic and glass materials at high temperatures.

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