M. G. Furnaces (India)
Sector 24, Faridabad, Haryana
GST No. 06AQDPG5317P1ZO
Call 0804860165089% Response Rate
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| Minimum Order Quantity | 1 Unit |
| Material Loading Capacity (T) | 2 Tons To 20 Tons |
| Melting Material | Iron |
| Power Source | Electric |
| Type Of Furnace | Fix |
| Max Temperature (degree Celsius) | 500-1000 degree Celsius, 1000-1500 degree Celsius |
| Voltage | 420V |
| Melting Time | 3 Hours |
When parts or charges that are to be loaded onto a furnace are heavy and require material handling facility for loading and unloading, a moving bogie or hearth is provided to make this easier. Once the hearth moves out of the furnace heating chamber parts can be loaded by means of an electrical overhead crane (EOT), gantry system or mobile crane / forklift mechanism. If required, special charge loading mechanisms can also be provided based on the user’s job profile, lack of material handling facility or overhead space constraint. The bogie movement is motorized for easy handling. Similarly the door movement would be with motorized gear drives or hydraulically / pneumatically actuated.
Our standard bogie hearth furnaces can go up to 1500°C, however any special requirements beyond this can also be taken up with a custom design. High temperature applications include sintering, hardening, annealing and normalizing whereas lower temperature applications include tempering and stress relieving. The control system is provided with options to set and control the ramping rate, soaking rate and cooling rate depending on the process cycle, the option of PLC based control is also available. The furnace can be used in open atmosphere or controlled atmosphere as per application. We provide designs with in and out bogie (hearth) movement as well as through and through double door bogie movement if required for an assembly line or process line.
The mode of heating can be via electrical heaters, gas fired or oil fired burners as per the user’s requirement.The furnaces of MG Furnaces are energy efficient achieved by efficient sealing to prevent undue heat losses and thyristor power controls to limit current consumption. Design factors also ensure excellent temperature uniformity throughout the heating chamber so that parts are universally and evenly subjected to process parameters and heating cycles. Controlled cooling furnace option is also available.