High-strength, wear-resistant chain sling suitable for complex-shaped heavy objects

At heavy equipment handling sites, chain rigging acts like a "hard-core bond," ensuring a tight "handshake" between the massive load and the crane. Just look at the scene: Thick chains securely lock onto the protected large component, held steady in mid-air by the crane's pull, poised for precise loading, unloading, and transfer.

Powered by links forged from high-strength alloys, chain rigging can withstand tensile forces exceeding hundreds or even thousands of tons. Even with irregularly shaped and incredibly heavy industrial equipment, flexible rigging combinations ensure a stable lift. From heavy manufacturing to large-scale logistics and transportation, chain rigging, with its strong load-bearing capacity and stable force, serves as a reliable tool for moving massive industrial equipment, ensuring every heavy lift is a symphony of precise coordination, delivering both efficiency and safety.

Application Scenarios:

1. Heavy Industrial Manufacturing: Lifting of steel ingots and rolling mill rolls (including hot workpieces) in metallurgical plants; assembly of heavy vehicle frames and engines in engineering machinery plants; and lifting of hull sections and propellers in shipyards.
2. Energy Engineering: Lifting of towers and nacelles in wind power projects; lifting of core nuclear island equipment (such as steam generators) in nuclear power projects; and lifting of reactors and large towers in the petrochemical industry.
3. Logistics and Handling: Lifting of heavy containers and large machinery components at ports/terminals; and transfer of heavy workpieces such as molds and large machine tools within factory workshops.
4. Infrastructure and Bridge Construction: Lifting of steel box girders and heavy prefabricated components in bridge construction; and lifting of tower crane standard sections and large steel structure frames at infrastructure construction sites.