Henan Aifite Intelligent Equipment Co., LTD.
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The "golden partnership" for industry: Double-girder bridge crane + electromagnetic lifting beam, unlocking a new experience in efficient lifting.
Classification:
Product Introduction
Entering a modern industrial plant, the striking yellow double-girder bridge crane immediately catches your eye! When paired with an electromagnetic lifting beam, it becomes a truly efficient tool for lifting metal materials.

Technical Parameters:
| Lifting Capacity | 5 t, 10 t, 20 t, 50 t, 100 t, etc. (large tonnage can be customized) |
| Span Range | 10 m - 35 m (suitable for factory width) |
| Lifting Height | 6 m - 30 m (suitable for factory building height) |
| Work Duty | A 5 - A 8 (Heavy/Extra Heavy, suitable for frequent lifting of metal materials) |
| Lifting Speed | 2 - 10 m/min (supports variable frequency speed regulation, precise control) |
The electromagnetic lifting beam's powerful magnetic force acts like an "iron hand," instantly securing heavy objects like steel and iron blocks. No more time-consuming and laborious tying and securing. The double-girder bridge crane's stable structure provides exceptional support, ensuring safe and reliable lifting of large loads.
Whether it's bulk raw material transfers at a steel mill or hoisting large metal components at a machinery plant, this "golden combination" efficiently handles the task—reducing labor and maximizing handling speed, ensuring every step of industrial production is a step ahead. Choosing the right lifting equipment is crucial for efficient industrial production. A double-girder bridge crane combined with an electromagnetic lifting beam is the ultimate in efficiency in the heavy industry.
Application Scenarios:
1. Core Scenarios in the Metallurgical Industry
Steel Plant Workshops/Warehouses: Lifting of steel billets, medium-thick steel plates (width ≤ 3500 mm, length ≤ 46000 mm), steel sections, ingots, and scrap steel; Continuous Casting Plants: Transfer of continuous-cast plates. Some models equipped with high-temperature suction cups can also withstand the high-temperature environments of metallurgy.
Non-Ferrous Metal Processing: Handling of magnetic ingots and components of non-ferrous metals such as copper and aluminum (magnetic conductivity is required).
2. Machinery Manufacturing and Processing
Warehouses and workshops in machinery plants: Used to handle iron work-pieces, steel, iron blocks, and scrap steel, providing efficient material transfer for subsequent processing and assembly.
3. Metal Recycling
Scrap recycling stations and scrap steel processing plants: The electromagnetic lifting beams efficiently attract scrap steel and quickly transfer it to the melting furnace using the magnetic force of the lifting beams, improving recycling efficiency. 4. Ports, Shipyards, and Material Yards
Ports/Shipyards: Loading, unloading, and handling steel plates, profiles, and metal components for shipbuilding within fixed bays indoors and outdoors.
Open-air/Indoor Yards (such as thick steel plate yards): Enable loading, unloading, and stacking of large, heavy steel plates. Some models can withstand outdoor environments with large temperature fluctuations and complex weather conditions, ensuring operational reliability.
5. Scenarios with Special Process Requirements
When horizontal rotation of materials is required (e.g., when lifting steel plates or profiles of varying specifications, requiring a different placement angle), a double-girder overhead crane with a rotating electromagnetic lifting beam can precisely meet these requirements.
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