Categories List
PRODUCT CATEGORY: Retractable Loading Platform
Max uniform load:3000kg
Outer width wl:2180mm-4180mm
Inner width w2:1650mm-3630mm
Height of installation space:2400mm-3800mm
Assembly Length:5500mm
Assembly height:400mm-500mm
Self weight:2t-3.2t
In high-rise buildings, bridge projects and urban renewal projects, hanging unloading platforms have become the core equipment for overhead material transfer with their suspended installation design and spatial adaptability.
Its lightweight structure and intelligent safety system accurately solve the problems of narrow working surface at height and limited ground space, and build an efficient and safe material transfer platform for the construction site.
Suspended design, releasing space for overhead work
Adopting high-strength steel to build a suspended frame, which is firmly connected to the main structure of the building through embedded parts or attachment devices, and can carry loads in the air without ground support.
The lightweight construction avoids the occupation of space below the working surface, especially suitable for dense building complexes in city centers, bridge piers and columns working at height, etc. It provides flexible docking pivots for lifting equipment such as tower cranes and construction elevators, and realizes the seamless connection from vertical transportation of materials to the working surface.
Full Scene Adaptation, Customized Solutions
High-rise building construction: hanged on the facade of the standard floor, it supports the short floor barging of bulk materials such as steel bars, templates, decorative materials, etc. It is especially suitable for the efficient transfer of turnover materials in the construction of aluminum film, and it becomes the key connection node between the main structure and the decoration stage.
Bridge engineering maintenance: suspended from the side of the box girder or pier maintenance channel, close to the overhead work surface to realize the temporary storage of tools and small components, to solve the problem of long cycle and high risk of traditional scaffolding construction.
Parameters