Modular Multi-Point Lifting Beam: The "Master of Stress Balance" for Lifting Ultra-Heavy Components
When ultra-large crawler cranes tackle the challenge of lifting giant components such as nuclear power plant reactors, ultra-large petrochemical reactors, and wind turbine towers, the pain points of "difficulty in aligning lifting points and uneven stress leading to component deformation" are easily solved by this modular multi-point lifting beam + wire rope sling combination.
Technical Parametes"
| Lifting Capacity | 500-2000 tons |
| Beam Length | 8-16m (modular splicing, adjustable span) |
| Numbers of Hanging Points | 4-12 (adjust as needed) |
| Suspension Point Connection Method | Pin-type quick connection (disassembly time ≤ 10min/piece) |
| Work Duty | M6 (Heavy lifting condition) |
Core Advantages: Enabling both "stability" and "flexibility" in heavy lifting
Modular Multi-Point Lifting: Precisely Adaptable to All Giant Components
The lifting beam adopts a modular lifting point design, allowing for adjustment of the number, spacing, and layout of lifting points as needed. This perfectly matches heavy components of different sizes and shapes (such as ultra-long wind turbine towers, ultra-wide box girders, and irregularly shaped pressure vessels), completely solving the industry problems of "lifting point misalignment and single-point overload."
Wire Rope Slings: A "powerful link" for heavy-duty lifting, these high-breaking-strength wire rope slings offer a safety factor of over 6 times. They are highly wear-resistant and impact-resistant, capable of handling the lifting loads of thousand-ton crawler cranes and adapting to complex lifting conditions such as outdoor environments and extreme temperatures, eliminating the risk of sling breakage and slippage.
Balanced Stress Distribution: Protecting Components and Equipment. The lifting beam body is made of high-strength alloy steel, integrally welded with a stress-distribution structure design. This evenly distributes the weight of massive components to the crawler crane's main hook, preventing component deformation during lifting and reducing localized stress on the crane's main boom, ensuring lifting safety in both directions.
Flexible Adaptability: Seamless cross-condition switching. Supports rapid adaptation to crawler cranes ranging from hundreds to thousands of tons. Installation and disassembly can be completed within 30 minutes, adapting to different engineering scenarios and significantly reducing lifting preparation time.
Suitable scenarios: The "standard lifting equipment" for heavy engineering projects. From the lifting of nuclear power plant reactor pressure vessels to the installation of petrochemical 1,000-ton reactors, and the segmented lifting of onshore/offshore wind power towers and the transfer of ultra-wide bridge box girders, this combination of lifting beams and wire rope slings is the "core of force balance" for the lifting of ultra-heavy components.