Bogie Hearth/ Car Bottom Furnace

Supplier : Thermochem Furnaces Pvt.Ltd.

Key Features of Bogie Hearth/ Car Bottom Furnace
  • Lightweight modular construction
  • Constructed utilizing ceramic fibre modules to achieve large-scale economies in a number of important areas
  • Temperature range to 1250 degree C
  • Furnace consists of a helically coiled, high-temperature alloy heating element vacuum-formed directly into lightweight ceramic fibre insulation
  • Low thermal conductivity allows use of thinner walls; the reduced mass requires much less power to bring the furnace up to temperature
  • Fast temperature response
  • The movable trolley can go to room temperature in less time than a brick-lined furnace can go from idle to working temperature
  • Combustion system uses high velocity gas or air burners
  • Accurate temperature control
  • Good uniformity throughout work chamber
  • High resistance to thermal shock
  • Easy to service
  • Low maintenance
  • Energy source versatility
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Product Profile of Bogie Hearth/ Car Bottom Furnace
Bogie Hearth/ Car Bottom Furnace is constructed utilizing ceramic fibre modules to achieve large-scale economies in a number of important areas. The Bogie Hearth Furnace has low thermal conductivity that allows use of thinner walls; the reduced mass requires much less power to bring the furnace up to temperature. The Car Bottom Furnace functions with fast temperature response and in a temperature range of up to 1250 degree C. Bogie Hearth/ Car Bottom Furnace can be availed in electric, oil or gas heating system versions to cater to specific requirement.

Applications of Bogie Hearth/ Car Bottom Furnace:
  • Aging
  • Annealing
  • Hardening
  • Normalizing
  • Pre Heating
  • Solution Treating
  • Stress Relieving
  • Tempering


  • Key Features of Bogie Hearth/ Car Bottom Furnace
    • Lightweight modular construction
    • Constructed utilizing ceramic fibre modules to achieve large-scale economies in a number of important areas
    • Temperature range to 1250 degree C
    • Furnace consists of a helically coiled, high-temperature alloy heating element vacuum-formed directly into lightweight ceramic fibre insulation
    • Low thermal conductivity allows use of thinner walls; the reduced mass requires much less power to bring the furnace up to temperature
    • Fast temperature response
    • The movable trolley can go to room temperature in less time than a brick-lined furnace can go from idle to working temperature
    • Combustion system uses high velocity gas or air burners
    • Accurate temperature control
    • Good uniformity throughout work chamber
    • High resistance to thermal shock
    • Easy to service
    • Low maintenance
    • Energy source versatility