Lifting Beam for Handling Large Steel Structure Equipment in Industrial Plant
In industrial plants, large steel structures (such as heavy machine tool bases, metallurgical furnaces, and chemical reaction towers) often weigh tens or even hundreds of tons, have complex shapes, and difficult-to-predict centers of gravity. Traditional lifting methods can easily cause equipment deformation and displacement, and even lead to safety accidents. However, lifting beams (also known as lifting beams or balance beams), with their scientific mechanical design and flexible adaptability, have become a key solution for transporting such "giant" equipment.
Why is the lifting beam the perfect partner for large steel structures?
Balanced Load, Protecting Equipment Precision
The lifting beam is connected to the equipment's lifting points via multiple lifting lugs (2-6 adjustable). This evenly distributes the crane's concentrated load across multiple support points, preventing localized stress and equipment deformation (such as twisted machine tool guide rails and cracked pressure vessel welds). It's particularly suitable for thin-walled, precision steel structures, ensuring that equipment precision is maintained after installation.
Precise Balance, Reducing Alignment
The horizontal design of the lifting beam, combined with adjustable lifting point spacing (to accommodate equipment of varying lengths and widths), ensures that the equipment remains level during lifting. Even unusually shaped equipment (such as irregular furnaces and polyhedral racks) can be lifted smoothly. When working in confined spaces within a factory, such as equipment rooms or near production lines, this significantly reduces the difficulty of high-altitude alignment and improves installation efficiency. Extending the life of lifting equipment and controlling costs
In traditional lifting, wire ropes come into direct contact with sharp angles on equipment, which can lead to wear and breakage. However, the lifting beam connects to the wire rope through its own lifting lugs, maintaining a safe distance between the equipment and the sling, reducing wear on the wire rope and sling. Furthermore, the lifting beam is reusable, significantly reducing long-term lifting costs.
Flexible Customization, Adaptable to Various Scenarios
The lifting beam's length and material (e.g., Q345B low-alloy steel, high-strength aluminum alloy) can be customized based on equipment weight (available from 5-500 tons) and size (adjustable span from 3-30 meters). Whether relocating equipment within a factory, upgrading a production line, or installing and commissioning new equipment, we provide precisely tailored solutions. Empowering industrial equipment engineering from production to installation
Workshop production: In heavy machinery plants, lifting beams work with overhead cranes to lift welded large equipment bases from the assembly table to the paint booth, preventing bumps and bruises caused by manual handling.
Equipment transportation: In ports or logistics parks, lifting beams work with gantry cranes to lift large steel structures from transport vehicles (such as flatbed trucks and cargo ships) to temporary storage areas. When stacking in multiple layers, equipment is evenly spaced to prevent crushing.
Factory installation: Within industrial plants, lifting beams work with truck cranes and crawler cranes to precisely lift equipment to its installation location (such as concrete foundations and steel platforms), enabling workers to quickly tighten bolts or grout securely.