
Henan Mine Crane project view of 360t heavy-duty casting and ladle crane engineered for heavy ladles and molten-metal loads.
Steel and metallurgical plants need cranes selected around the production process, not only rated capacity. For this application, the main procurement questions are how to handle heavy ladles and molten-metal loads, maintain production availability, control the load accurately and protect the crane in demanding steel-plant conditions.
Henan Mine Crane's referenced project uses 360t heavy-duty casting / ladle crane with a design focus on high-capacity molten-metal handling, redundancy, precision machining, controlled drives and safety monitoring.
A 360t casting crane was supplied for Luzhou Xinyang Vanadium-Titanium Steel and is reported to meet the needs of a 2 million-tonne steel production capacity.
The bridge and trolley frames are integrally machined using large processing equipment to improve assembly precision and operating performance.
Drive control includes full-digital thyristor stator voltage regulation and variable-frequency speed control, with fault self-diagnosis and precise positioning functions.
Mechanisms use redundant design together with a safety monitoring system to improve operating reliability and stability.
For a similar procurement project, capacity, span, lifting height, duty class, cycle frequency, load geometry, process temperature, attachment type, control method, runway condition and required safety standard should be confirmed before the crane configuration is finalized.
Henan Mine Crane configures the 360t heavy-duty casting / ladle crane around the actual material route and steelmaking process. The engineering focus for this project is high-capacity molten-metal handling, redundancy, precision machining, controlled drives and safety monitoring.
The lifting system is matched to heavy ladles and molten-metal loads. Structural design, hoisting and travel mechanisms, control architecture, below-the-hook attachment and safety functions are reviewed together so that the crane can support the required production cycle.
For new projects, the final technical proposal is developed from the customer's workshop drawing, load data, operating cycle, environmental exposure and applicable standards rather than copying the referenced project capacity or configuration.
| Recommended Crane | 360t Heavy-Duty Casting / Ladle Crane |
| Main Handling Load | Heavy ladles and molten-metal loads |
| Engineering Focus | High-capacity molten-metal handling, redundancy, precision machining, controlled drives and safety monitoring |
| Referenced Project | A 360t casting crane was supplied for Luzhou Xinyang Vanadium-Titanium Steel and is reported to meet the needs of a 2 million-tonne steel production capacity.; The bridge and trolley frames are integrally machined using large processing equipment to improve assembly precision and operating performance. |
Project image showing the crane equipment, lifting system or steel-plant operating environment for 360t Heavy-Duty Casting Crane for Steel Plant. |
Project image showing the crane equipment, lifting system or steel-plant operating environment for 360t Heavy-Duty Casting Crane for Steel Plant. |
Project image showing the crane equipment, lifting system or steel-plant operating environment for 360t Heavy-Duty Casting Crane for Steel Plant. |
Project image showing the crane equipment, lifting system or steel-plant operating environment for 360t Heavy-Duty Casting Crane for Steel Plant. |
Project image showing the crane equipment, lifting system or steel-plant operating environment for 360t Heavy-Duty Casting Crane for Steel Plant. |
Large machining equipment is used to improve assembly precision and operating performance.
The referenced crane is engineered for very large metallurgical loads in a 2 million-tonne steel plant.
Full-digital thyristor stator voltage regulation and VFD control support smooth speed regulation.
The control system includes self-diagnosis and accurate positioning functions for production handling.
Redundancy and safety monitoring improve reliability for process-critical casting service.
| Steelmaking Workshops | Heavy ladle transfer and molten-metal handling. |
| Vanadium-Titanium Steel Plants | High-capacity casting-crane duty in demanding metallurgical processes. |
| Refining Bays | Controlled positioning of heavy process loads. |
| Large Steel Projects | Applications where high capacity and crane availability are critical. |
Not necessarily. The structural arrangement depends on capacity, span, trolley layout, duty and design standard. The project should be engineered rather than selected from tonnage alone.
Large bridge and trolley structures benefit from accurate machining because wheel alignment, mechanism positioning and assembly accuracy influence smoothness and long-term wear.
The required redundancy depends on the governing standard and process risk. Buyers should define braking, drive, rope, control and monitoring requirements during technical clarification.
Send the maximum lifted load and attachment weight, span, lifting height, runway length, operating cycles, required speeds, load dimensions, workshop or yard drawing, temperature and environmental conditions, control preference, power supply, destination country and required standards.
Send your steelmaking process, load data, workshop layout and operating requirements. Henan Mine Crane engineers will review the application and prepare a project-specific crane configuration and quotation.