For steel and foundry buyers whose crane directly handles molten metal and therefore requires heat protection, heavy metallurgical duty and clearly defined safety provisions.

Henan Mine Crane yzd metallurgical crane showing the main crane structure and metallurgical lifting arrangement.
The YZD metallurgical overhead crane is a dedicated crane for metal-smelting environments. The source describes a single lifting-point mechanism using a forged hook and gantry-type lifting device for molten-metal transfer and pouring work.
For procurement, the crane should be selected from the complete suspended load, production cycle, radiant heat, safety requirements and applicable metallurgical-crane standard. The source states working class A6–A8, but the final class should be selected from the real load spectrum and operating frequency.
| Model | YZD |
| Type-Test Product Name | Metallurgical Overhead Crane |
| Capacity | Configured according to project requirements |
| Span | Configured according to runway center distance |
| Lifting Height | Configured according to process requirements |
| Working Duty | Source-defined where stated; otherwise project-specific |
| Heat Protection | Configured according to actual thermal exposure |
| Control Method | Configured according to project requirements |
Request A YZD Metallurgical Crane Quote
Single lifting-point metallurgical bridge crane for molten-metal handling and pouring.
Source working class A6–A8.
Main girder uses a top-running box-girder form with thermal insulation below the girder.
Any capacity, span, speed, temperature limit, synchronization accuracy or other guaranteed performance value that is not published on the source page should be confirmed from the actual project and written into the technical agreement.
This is a process crane intended for metallurgical handling, not a general-purpose hook crane.
The source provides a heavy-duty working-class range for metallurgical service.
Girder insulation, H-class motors and heat-resistant electrical arrangements address high-temperature exposure.
The source confirms a crane safety monitoring management system.
Variable-frequency hoisting and travel support smoother load handling around furnaces and ladles.
Source image associated with the YZD Metallurgical Crane, showing the crane structure, lifting device or metallurgical application. |
Source image associated with the YZD Metallurgical Crane, showing the crane structure, lifting device or metallurgical application. |
Source image associated with the YZD Metallurgical Crane, showing the crane structure, lifting device or metallurgical application. |
Source image associated with the YZD Metallurgical Crane, showing the crane structure, lifting device or metallurgical application. |
Source image associated with the YZD Metallurgical Crane, showing the crane structure, lifting device or metallurgical application. |
Source image associated with the YZD Metallurgical Crane, showing the crane structure, lifting device or metallurgical application. |
| Bridge Structure | Metallurgical bridge structure selected from load, span, duty and thermal conditions. |
| Hoisting / Trolley System | Configured around the process load and required motion. |
| Load Handling Device | Project-specific ladle device, clamp, hook or charging-box attachment according to the product. |
| Heat Protection | Insulation / high-temperature materials selected around radiant heat. |
| Safety & Control | Configured from source-supported functions and project-specific safety requirements. |
| Model | YZD |
| Product Type | YZD Metallurgical Overhead Crane |
| Capacity | Project-specific |
| Span | Project-specific |
| Lifting Height | Project-specific |
| Hoisting Speed | Project-specific |
| Travel Speed | Project-specific |
| Working Duty | Project-specific unless source-stated |
| Control Method | Project-specific |
| Power Supply | According to site electrical conditions |
| Thermal Environment | According to ambient and radiant heat |
| Safety / Acceptance | According to project standard and technical agreement |
Source-confirmed product facts:
Buyer-defined items:
| Steelmaking | Molten-metal ladle transfer and pouring. |
| Foundries | Casting and hot-process lifting. |
| Smelting Workshops | Heavy intermittent handling in high-temperature production. |
| Metallurgical Maintenance | General hot-area lifting where metallurgical protection is required. |
Include molten metal, ladle, gantry lifting device, hook block and rigging.
Provide lifts per hour, shift hours and percentage of full-load lifts.
Provide ambient and radiant temperatures around the girder, trolley and electrical equipment.
List the governing metallurgical-crane standard and required safety functions.
Provide furnace, ladle, pouring and transfer positions in the workshop drawing.
| Working Duty | Source lists A6–A8; select the final class from the actual load spectrum and cycle. |
| Heat Protection | Define radiant heat and the required heat shielding / cable protection. |
| Safety Monitoring | Confirm monitoring points, alarms and data required by the project. |
| Acceptance | Write load-test, brake, limit and safety-monitoring checks into the technical agreement. |
Before manufacture and installation, confirm runway span, rail / runway-beam condition, elevation, available headroom, process equipment clearances, heat sources, electrical supply and erection access. The metallurgical lifting device and safety interfaces should be frozen before production.
Maintenance should follow the final supplied manual and plant safety procedures. In addition to normal crane mechanisms, metallurgical cranes require attention to heat shields, high-temperature cables, brakes, safety limits, lifting devices and safety-monitoring functions.
| 1 | Molten metal + ladle total load |
| 2 | Ladle / lifting-device dimensions |
| 3 | Span |
| 4 | Lifting height |
| 5 | Runway length |
| 6 | Working cycles / duty |
| 7 | Ambient and radiant heat |
| 8 | Applicable safety standard |
| 9 | Required monitoring / protection |
| 10 | Control method |
| 11 | Workshop layout |
| 12 | Power supply / destination |
Use the complete suspended load, including the ladle, box, clamp, lifting device or other below-the-hook equipment.
Yes. Unless the source page states a fixed range, capacity and span should be engineered from the project.
Metallurgical crane structural, cable, motor and protection design depends on actual thermal exposure.
Where the source confirms PLC, VFD or automation capability, the final automation scope should be defined by the buyer's process and acceptance requirements.
Any performance that matters contractually—duty, speed, heat protection, synchronization, weighing, automation or safety function—should be stated with its acceptance method.
Send your load, span, lifting height, runway length, workshop drawing, process cycle, temperature conditions and metallurgical safety requirements. Henan Mine Crane engineers will review the application and prepare a project-specific crane configuration and quotation.