Liquid / Hot Metal Handling Crane

Description

MELTECH Liquid / Hot Metal Handling Crane are highly specialized lifting systems designed to transport molten metal in steel plants, foundries, aluminium smelters, and other metallurgical operations. These cranes are engineered to operate safely under extreme temperatures, manage heavy loads with precision, and ensure continuous, reliable performance in critical production processes.

Applications

• Transporting molten metal in ladles from furnaces to casting stations or other process lines.
• Charging furnaces with liquid or hot metal.
• Pouring and tilting ladles with fine control during casting operations.
• Transferring liquid aluminium, steel, copper, or other metals across different production stages.

Given the dangers associated with handling molten materials — such as thermal hazards, spillage, and operational interruptions — these cranes are built to the highest standards of safety and reliability.

Key Features

• High Temperature Resistance: Heat-resistant materials and thermal shielding protect trolley, hoist, wiring, and braking systems.
• Continuous Duty Cycle: High-duty classifications ensure uninterrupted performance under continuous operation.
• Precision Handling and Control:
  • Anti-sway systems for load stability
  • Variable frequency drives (VFDs) for smooth motion
  • Positioning systems for accurate ladle placement
• Redundant Safety Systems:
  • Dual or backup hoisting mechanisms
  • Load monitoring and thermal sensors
  • Fail-safe brakes and emergency braking systems
  • Overload protection and fault diagnostics
• Ladle Tilting and Rotation: Integrated mechanisms allow precise control over molten metal pouring.
• Operator Safety and Comfort: Insulated, air-conditioned cabins positioned for maximum visibility and safety.

MELTECH Liquid Metal / Hot Metal Handling Cranes are the heart of molten metal logistics in heavy industry. Their advanced design, precision engineering, and fail-safe features make them indispensable for ensuring safe, efficient, and uninterrupted metal production.