In building construction, bridge engineering and heavy industrial scenarios, heavy-duty unloading platforms have become the core hub for vertical transportation of large materials with excellent carrying capacity and solid performance. Its strengthened structural design and intelligent safety system can accurately cope with complex working conditions such as heavy-duty material lifting and over-limit component transshipment, building a reliable material transfer platform for high-risk operating environments.

All-steel structure, building a solid foundation for heavy loads

The platform adopts high-strength steel to build an all-welded frame with thickened load-bearing panels and multiple reinforced support structures, which significantly improves the platform's deformation resistance. The modularized base design can be firmly connected with the embedded parts of the main structure, effectively dispersing the pressure of heavy loads, so that it can comfortably cope with the frequent loading and unloading of heavy materials such as precast concrete parts and large machinery parts, providing a solid and stable loading platform for aerial work.

Full-scene application, customized solution

Ultra-high-rise construction: The external heavy-duty platform is embedded in the core cylinder structure, supporting the short floor barging of tons of steel bundles, formwork sets and other bulk materials, and becoming a key transit node for steel structure erection and concrete pouring.

Bridge project: the suspended platform extends to the working surface of cover girders and box girders to meet the high-altitude accurate positioning and temporary storage of prefabricated girder segments, bearing assemblies and other large components.

Industrial plants: floor-standing heavy platforms are suitable for super-heavy equipment lifting, and seamlessly connect with ground transportation tools such as travelling crane and forklift, to build a full-process heavy-duty transportation system from the ground to the high altitude.

Parameters