Henan Aifite Intelligent Equipment Co., LTD.
Products
Heavy-duty Wire Rope Balanced Lifting Beam
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Product Introduction
On construction sites like bridge construction and heavy equipment installation, steadily lifting components weighing tens of tons while maintaining a level, unshakable level, presents a demanding challenge for lifting equipment. The heavy-duty wire rope balancing beam pictured here is the key tool for solving this "heavy load + balance" challenge!

Multiple strands of thick steel wire rope, like sturdy "arms," evenly pull the dark blue heavy-duty beam. Combined with a standardized hook, it precisely distributes the lifting equipment's pulling force to multiple lifting points on the component. Thanks to its mechanically optimized structural design, it ensures that large-tonnage components (from bridge steel structures to core heavy equipment components) maintain a stable level during the lifting process, completely eliminating the problems of heavy loads and difficulty controlling the center of gravity.
From the precise transfer of heavy equipment within the workshop to the cross-air erection of ultra-large components on the construction site, this beam, with its core performance of "unwavering heavy loads and precise balance," ensures a safe and reliable foundation for every challenging lift and significantly improves construction efficiency, making it a reliable partner for heavy lifting in the heavy industry and infrastructure sectors.
Application Scenarios:
1. Heavy Machinery Manufacturing and Assembly
In the production workshops of heavy equipment such as machine tools, metallurgical equipment, and mining machinery, balanced lifting beams are used to lift large machine beds, frames, rolling mills, and other components. The balanced lifting beam's load distribution and horizontal retention capabilities enable precise alignment and connection during equipment assembly, preventing component wear and assembly errors caused by tilting during lifting.
2. Infrastructure Engineering (Bridge and Large Stadium Construction)
Bridge Construction: For large, long components such as steel box girders, steel trusses, and prefabricated bridge piers, balanced lifting beams distribute load evenly across multiple lifting points, ensuring horizontal stability during installation. This facilitates the precise aerial erection of cross-river and road bridges.
Large Stadiums/Industrial Plants: Used for lifting heavy structural components such as roof trusses and giant steel columns, ensuring horizontal accuracy and safety during high-altitude installation and preventing structural deformation caused by tilting. 3. Energy Engineering
Wind Turbine Installation: When hoisting wind turbine towers, nacelles, and blades weighing several to hundreds of tons, balanced lifting beams balance the forces at multiple lifting points, ensuring vertical alignment of the tower and horizontal positioning of the nacelle, improving the efficiency and safety of wind turbine installation.
Power Plant Construction: In thermal and nuclear power projects, the hoisting and positioning of core heavy equipment such as boiler drums, turbine rotors, and generator stators relies on balanced lifting beams to ensure smooth, tilt-free transport and prevent damage to delicate components.
4. Shipbuilding and Offshore Engineering
Shipyards: During the hoisting and assembly of hull sections (especially heavyweight sections such as superstructures and nacelles), balanced lifting beams distribute the complex loads within the sections, ensuring precise alignment between sections.
Offshore Platform Construction: During the offshore hoisting of offshore structures such as jackets and modules, balanced lifting beams can leverage their balancing capabilities to handle complex conditions such as sea sway and ensure safe hoisting. 5. Warehousing and Heavy Logistics
For loading, unloading, and transshipping heavy, irregular cargo (such as semi-finished large machinery and mining equipment components) at ports and large warehouses, where the cargo needs to remain horizontal (e.g., precision equipment components), balanced lifting beams can be flexibly adapted to lifting points to achieve safe and stable lifting.
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