Gas Fired Magnesium Crucible Furnace

Gas Fired Magnesium Crucible Furnace
Gas Fired Magnesium Crucible Furnace
Gas Fired Magnesium Crucible Furnace
Request a Quote
Heating and Melting Equipment
Introduction to gas fired crucible furnace
  • Type: crucible
  • Shape: square
  • Energy: natural Gas
  • Capacity: 500kg (customizable upon request by customers)
  • Melting rate: 150kg/h
  • Process temperature: 680°C -700°C
  • Rated heating kilocalorie: ≤200,000 kcal (adjustable)
  • Structure: furnace casing, furnace lining, electronic control system, composite concrete, burner.
Operating principle

The gas fired magnesium crucible furnace is equipment used for the melting and holding of magnesium ingots in a crucible that is directly heated with natural gas burners.

Crucible furnace structure
  • External structure
    · Barrel casing made of 4mm thick steel plate
    · Crucible cover made of 25mm thick steel plate
    · Bottom plate made of 8mm thick steel plate
    · Cover made of 10mm thick steel plate
    · Chimney made of 6mm thick steel plate, can be flipped 90 degrees
  • Construction materials of furnace lining
    · Three layers of high temperature insulation boards (Morgan-imported)
    · Insulated cotton with the density of 260
    · High-purity high-temperature insulating brick: mullite (Morgan-imported);
    · Specially developed insulation materials.
Control cabinet
  • Control panel: A. ammeter, B. current controller (manually controlled by knob), C. temperature controller, D. button switch
  • Air switch
  • Thyristor component (Japan Omron)
  • Fuse
  • Intermediate relay (CHINT)
  • Three-phase meter (1:40) (Shanghai Kirtun)
  • Circuit breaker and other electrical components
  • Transformer (CHINT)
  • Cooling Fan
  • Cooling module
  • Thyristor trigger (Xiamen Yudian)
Characteristics of magnesium alloy
  • The specific gravity of magnesium alloy is 2/3 that of aluminum and 2/9 that of iron, so it is very light.
  • The melting point of magnesium alloy is almost the same as that of aluminum, and the boiling point is relatively low at 420 °C.
  • A large amount of magnesium powder reacting violently with water will result in ignition, and the high temperature magnesium will react with the oxygen in the air to cause combustion.
Pictures of field service
Related products
Send Message
Inquiry
Inquiry