Ladle Crane
Authentication mark:
The ladle crane is the main equipment in the continuous steelmaking process.
Capacity:
5t,10t,20t,30t,50t,100t,200t,300t
Lifting Height:
28m
Span:
31.5m
Voltage/Hertz:
380V
Working Class:
A7-A8
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Introduction
Application Scenario
Advantages
Structural Diagram And Parameter Table
Introduction
Ladle Crane is a professional heavy-duty lifting equipment specially designed for molten metal handling in metallurgical production. It adopts a heavy-duty bridge structure design, made of high-strength high-temperature resistant and anti-corrosion materials to adapt to the high-temperature, high-radiation and dusty working environment of smelting workshops. It is equipped with a high-performance hoisting mechanism, stable lifting system and precise control device, integrating lifting, moving, positioning and molten metal transfer functions. It can safely and stably complete the hoisting and transfer of molten metal ladles, avoid leakage and splashing of molten metal during handling, ensure the safety of production operations, and provide reliable support for the smelting link of the metallurgical industry.
Application Scenario
Ladle Crane is mainly applied to molten metal handling links in metallurgical production, covering steel mills, non-ferrous metal smelting plants and other related fields. In steel mills, it is used to hoist molten steel ladles from smelting furnaces to continuous casting machines or ingot casting molds, realizing the connection between smelting and casting links. In non-ferrous metal smelting plants, it undertakes the transfer of molten copper, molten aluminum and other non-ferrous metal ladles, matching the smelting and casting production rhythm. It is installed in smelting workshops, adapting to the high-temperature, high-radiation working environment, and is an essential key equipment for ensuring the continuous and safe operation of metallurgical production.
Advantages
Ladle Crane is a professional heavy-duty lifting equipment specially designed for molten metal handling in metallurgical production. It adopts a heavy-duty bridge structure design, made of high-strength high-temperature resistant and anti-corrosion materials to adapt to the high-temperature, high-radiation and dusty working environment of smelting workshops. It is equipped with a high-performance hoisting mechanism, stable lifting system and precise control device, integrating lifting, moving, positioning and molten metal transfer functions. It can safely and stably complete the hoisting and transfer of molten metal ladles, avoid leakage and splashing of molten metal during handling, ensure the safety of production operations, and provide reliable support for the smelting link of the metallurgical industry.
Structural Diagram And Parameter Table
CORE ADVANTAGES
1
HIGH QUALITY & STABLE PERFORMANCE
Built with premium materials and strict quality control, ensuring smooth and consistent operation even under heavy working conditions.
2
LONG SERVICE LIFE & LOW MAINTENANCE
Durable structural design reduces wear and tear, delivering long service life with minimal maintenance requirements.
3
HIGH EFFICIENCY & ENERGY SAVING
Optimized driving system ensures fast, responsive lifting while lowering energy consumption and operating costs.
4
HIGH SAFETY STANDARD & DURABLE STRUCTURE
Equipped with multiple safety devices and a rugged structure, providing reliable protection and long‑term durability.
5
CUSTOM DESIGN & FLEXIBLE SOLUTIONS
Fully customizable to different tonnages and working conditions, offering flexible lifting solutions for shipyards and marinas.
QUALIFICATION
