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11950-Tube Furnace High Temperature

Features:

  • Newly designed for all application and process requiring excellent radial and perfect temperature uniformity
  • Heavy gauge M.S exterior finished in epoxy powder coated shade regular model
  • This ultra light weight laboratory tube furnace have exclusive ceramic fiber insulation
  • Choice of controller solid state electronic temp. controller with digital indicator or microprocessor based PID temp. controller having digital indication for set and process temperature with printer output
  • Housing made of heavy gauge S.S in matt finish in GMP Model
  • The control system includes over temperature solid state safety fuse which cuts the power in case of temperature exceeds 1160 c
  • Max temperature: 1200c
  • Working temp: 1160c
  • Operates on 230 volts

Features:

  • Newly designed for all application and process requiring excellent radial and perfect temperature uniformity
  • Heavy gauge M.S exterior finished in epoxy powder coated shade regular model
  • This ultra light weight laboratory tube furnace have exclusive ceramic fiber insulation
  • Choice of controller solid state electronic temp. controller with digital indicator or microprocessor based PID temp. controller having digital indication for set and process temperature with printer output
  • Housing made of heavy gauge S.S in matt finish in GMP Model
  • The control system includes over temperature solid state safety fuse which cuts the power in case of temperature exceeds 1160 c
  • Max temperature: 1200c
  • Working temp: 1160c
  • Operates on 230 volts

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

  1. High-Temperature Processing: Performing heat treatment and processes at elevated temperatures.
  2. Chemical Vapor Deposition (CVD): Depositing thin films on substrates through chemical reactions.
  3. Catalyst Activation: Activating catalysts for chemical reactions at high temperatures.
  4. Material Synthesis: Creating new materials through controlled high-temperature reactions.
  5. Laboratory Experiments: Utilized in scientific research for controlled high-temperature studies.
  6. Quality Control: Ensuring consistent conditions for testing and analysis.
  7. Annealing: Controlling the cooling of materials after high-temperature treatment.
  8. Metallurgical Processes: Applied in metallurgy for various heat treatment applications.
  9. Industrial Manufacturing: Employed in industries for specific high-temperature processes.
  10. Research and Development: Used in R&D activities for material and process development.

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