400 Ton Ladle Crane | Heavy Duty Metallurgical Overhead Crane for Steel Mill

400 ton ladle crane is a professional heavy-duty metallurgical overhead crane designed for high-temperature, high-load, and continuous-cycle working conditions in large steel plants and foundries. As the core handling equipment for steelmaking and continuous casting production lines, the 400t ladle crane is mainly used for lifting, przenoszenie, pozycjonowanie, and pouring molten steel ladles, ensuring safe, stabilny, and efficient operation of the entire smelting process.

400 Ton ladle crane

Different from ordinary industrial overhead cranes, our metallurgical ladle crane adopts a high-temperature resistant, anti-fatigue and fully redundant safety structure. Rated A7 heavy-duty working class, Ten 400 ton metallurgical crane can adapt to 24-hour uninterrupted cyclic operation, solving the harsh working pain points of molten steel transfer in modern large-scale steel mills.

Co to jest 400 Ton Metallurgical Ladle Crane?

A 400 ton metallurgical ladle crane is a special overhead lifting equipment customized for high-risk molten metal handling scenarios. It undertakes the key process of transporting high-temperature molten steel ladles from converters, refining furnaces to continuous casting machines.

Equipped with dual independent lifting systems and multi-layer safety protection devices, the heavy duty 400 ton ladle overhead crane avoids molten steel splashing, ladle falling and equipment failure during high-intensity operation. It is an indispensable core equipment to guarantee the continuity and safety of steelmaking production.

400 Ton ladle crane trolley

Core Structural Features of 400 Ton Ladle Overhead Crane

. 400 ton ladle crane adopts a mature four-girder six-rail integral structure, which is the most stable structural form for super-large tonnage metallurgical cranes. The overall structure features uniform force bearing, strong anti-deformation ability and long fatigue life, fully adapting to long-term heavy-load operation.

• ◆ High-Strength Reinforced Main Girder: Dźwig główny wykonany jest ze stali niskostopowej o wysokiej wytrzymałości, processed by integral welding and stress relief annealing. A professional high-temperature insulation board is installed at the bottom of the girder to isolate molten steel thermal radiation, effectively preventing structural deformation and material aging caused by long-term high-temperature baking.
• ◆ Dual Independent Lifting Mechanism: Configured with main and auxiliary dual lifting systems with independent transmission and control. The two mechanisms can work synchronously or independently to complete ladle vertical lifting, fine positioning and flip pouring, meeting diverse steelmaking process requirements.
• ◆ Anti-Derailment Travelling System: Adopts multi-wheel balanced travelling and corner driving structure, matched with automatic rail sweeping and anti-derailment limiting devices. The whole machine runs smoothly without impact or deviation under full 400-ton load.
• ◆ Heat-Resistant Forged Hook Assembly: The main hook is integrally forged from special alloy steel, with high temperature resistance, overload resistance and fatigue resistance. It can keep stable performance under frequent heavy-load lifting and high-temperature radiation.

Ladle crane

Key Technical Advantages of Steel Mill Ladle Crane

1. A7 Heavy-Duty Working Grade for Continuous Production

2. PLC Variable Frequency Precise Control

3. Low Failure Rate and Easy Maintenance

All core components of the 400t ladle crane adopt international famous brand accessories with stable performance. The modular design reserves sufficient maintenance space, co jest wygodne do codziennej kontroli, lubrication and parts replacement. The optimized structural stress distribution reduces equipment fatigue loss and greatly reduces later operation and maintenance costs.

400 Ton ladle crane

Full Safety Protection System for 400T Ladle Crane

Safety is the primary design principle of metallurgical ladle cranes. Nasz 400 ton ladle crane is equipped with a full set of redundant safety protection devices to eliminate hidden dangers in high-temperature and heavy-load operation:

• ◆ Dual Brake Safety System: Both main and auxiliary hoists are equipped with dual brakes. Once a single brake fails, the auxiliary brake will lock the heavy load instantly to prevent ladle falling accidents.
• ◆ Overload and Stroke Limit Protection: Built-in high-precision overload limiter and multi-group travel limit switches, which automatically cut off power and send alarm prompts when overloaded or over-stroked to avoid illegal operation damage.
• ◆ Anti-Sway and Anti-Fall Device: The professional anti-sway system effectively controls the swing amplitude of the ladle during operation; the trolley and travelling mechanisms are equipped with anti-fall locks to ensure stable operation in extreme working conditions.
• ◆ Real-Time Operation Monitoring System: It supports real-time monitoring of equipment load, temperatura robocza, running speed and fault data, realizing early fault warning and whole-life data traceability.

400 Ton Ladle Crane Technical Parameters

Application Scenarios of Heavy Duty Ladle Crane

. 400 ton ladle crane is widely used in large and medium-sized steel mills, metallurgical foundries and continuous casting workshops. It is suitable for core production links such as molten steel transfer between converters and refining furnaces, continuous casting ladle positioning and pouring, and heavy equipment maintenance in metallurgical workshops. It is the preferred heavy lifting equipment for large-scale steel smelting projects.

400 Ton ladle crane

Project Reference & Factory Strength

As a professional metallurgical crane manufacturer with more than 20 years of R&D and production experience, we have delivered dozens of 400 ton ladle crane projects for domestic and foreign large steel enterprises. All equipment will pass 1.25 times full-load static test and 1.1 times dynamic test before delivery, with stable operation and zero safety faults in service.

We have a complete production workshop, advanced testing equipment and professional after-sales team, providing customers with one-stop services including scheme design, factory customization, instalacja na miejscu, commissioning and long-term after-sales maintenance.

Custom Solution & Wsparcie serwisowe

We support full customized 400 ton metallurgical ladle crane according to customers’ actual workshop layout, production process and special working condition requirements. Whether it is span, wysokość podnoszenia, control system or auxiliary safety configuration, we can provide targeted personalized solutions.

Free pre-sales technical consultation, detailed parameter scheme and equipment drawing support are available. We provide global on-site installation guidance, equipment commissioning and after-sales warranty service to ensure the long-term stable operation of customer equipment.

Często zadawane pytania dotyczące 400 Ton Ladle Crane

Q1: What working class does a 400 ton ladle crane belong to?

Nasz 400 ton ladle overhead crane is designed as A7 heavy-duty working class, which is specially customized for 24-hour continuous cyclic operation of steel mill molten steel handling, adapting to high-intensity and harsh metallurgical working conditions.

Q2: Can the span and lifting height of the 400t ladle crane be customized?

Tak. We provide full-size personalized customization services. The crane span, wysokość podnoszenia, running speed and control mode of the 400 ton metallurgical ladle crane can be adjusted according to the customer’s workshop site and production process.

Q3: What safety devices are equipped on the 400 ton ladle crane?

The crane is equipped with dual brake system, ogranicznik przeciążenia, height and travel limit device, anti-derailment device, anti-sway system and real-time operation monitoring system, realizing multi-layer redundant safety protection to ensure zero risk in molten steel handling.

Q4: What is the main application of the 400 ton ladle crane?

It is mainly used for lifting and transferring high-temperature molten steel ladles in steel plants and metallurgical foundries, including converter refining, continuous casting pouring and workshop heavy-duty equipment handling, which is the core equipment of steelmaking production line.