Gas Fired Furnace

Gas Fired Furnace

ACME Furnace is a premier manufacturer of high-performance Pulse Fired High Velocity Gas Fired Furnaces. Our advanced furnaces feature efficient burners and a comprehensive combustion system, including a combustion fan, atomizing fan, oil heating and pumping systems, and/or gas trains.

For enhanced safety and control, we offer auto ignition, flame failure safety, and comprehensive control systems. The gas train includes all necessary gauges, safety switches, and ratio controllers.

We are versatile in fuel options, accommodating Furnace Oil, Light Diesel Oil, LPG, Natural Gas, or a combination for dual-fired furnaces.

To optimize fuel efficiency, we provide Recuperators that preheat combustion air up to 500°C. For even greater efficiency, Regenerative burners can preheat air to 1000°C or more. Additionally, we offer self-recuperative gas burners for air preheat up to 750°C.

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  • Temperature Range – Upto 1300°C
  • Batch capacity upto 200 MT.
  • Type of Furnace: Chamber, Bogie, Continuous and Batch type
  • Robust Heavy Duty construction and highly fuel efficient
  • Lined with high density ceramic fiber modules and blankets, the furnace delivers high fuel efficiency.
  • Variants include Dual fuel ( Oil & Gas), Oil(LDO/HSD) and Gas (PNG/LPG)
  • Fully automatic operation with auto ignition and flame monitoring system.
  • Sealing of the vertical lift doors and bogie through pneumatically operated soft seal clamps to ensure no ingress of cold air.
  • Thermal calibration as per API standards
  • User-friendly, PLC based burner management system supported by SCADA system with HMI interface

Annealing, Stress Relieving, Hardening, Tempering, Normalizing, Solution Annealing, Reheating

F.A.Q.

In High Velocity Burners with Pulse firing system, temperature uniformity across inside furnace atmosphere will be within +/-5 Deg C at the end of steady soaking.

1. Creates high turbulence thereby mixing and re-circulation of furnace atmosphere resulting in accelerated convection heating with close temperature uniformity inside furnace.

2. Reduces the excess air firing even at lower operating temperature and thereby economizes the fuel consumption.

3. High turn down and operating flexibility to meet variable heat demand during treatment cycle and to improve temperature uniformity.

4. Reduced pollutant emissions.

5. High product quality due to temperature uniformity across the furnace.

  • Low combustion Air pressure and Low gas pressure.
  • In case of flame failure individual gas solenoid valve before burner will be closed.
  • Burner can be lighted up only once the gas pressure as well as air pressure is healthy.
  • Flame sensor will be provided.
  • Pressure relief valve will be provided in case of malfunction of PRV
  • All motors are provided with overload protection.
  • Excess furnace zone temperature protection.
  • Movement of Bogie and Door shall be inter-locked so that the bogie can be moved only when door is in fully open position.