Container House Lifting Image

Currently, there are no direct images available of the process of lifting a container house, but its operational key points and scene characteristics can be described in text.

Lifting Scenario and Equipment

The lifting of container houses is typically carried out by professional teams using cranes or hoists as the core equipment. For example, Beijing Hua'an Shunda Freight Forwarding Co., Ltd. provides relocation and transfer services for container temporary construction projects, equipped with its own hoists and transport vehicles, capable of completing the entire process from disassembly, lifting, to transportation. During lifting, it is necessary to select a hoist with an appropriate tonnage based on the container specifications (such as 20 feet or 40 feet) and ensure that the ground is level to avoid the risk of tilting.

Key Steps in Lifting

1. Fixing Lifting Points: Special lifting lugs (such as 12.5t dock-specific lifting lugs) need to be installed on the top or side of the container to ensure uniform force distribution during lifting. The lifting lugs are designed for left and right sides and must match the container structure to avoid deformation caused by local stress concentration.
2. Connecting Lifting Gear: Use steel wire ropes or chains to connect the lifting lugs to the hoist hook, and check whether the connection is secure to prevent slippage.
3. Trial Lifting and Adjustment: Slowly lift the container to about 20 centimeters above the ground, pause to observe whether the container is level and whether the lifting gear is loose. If tilting is detected, the position of the lifting points needs to be readjusted or the connection reinforced.
4. Formal Lifting: After confirming safety, lift the container evenly to the target height and maintain stability during movement to avoid violent shaking.

Post-Lifting Handling

After lifting, the container needs to be placed on a pre-prepared foundation (such as a concrete base or steel support) and fixed with bolts or welding to prevent displacement. If multiple layers are to be stacked, it is necessary to ensure that the load-bearing capacity of the lower container meets the design requirements (the frame of a standard container is welded from section steel, with a load-bearing capacity far exceeding that of ordinary prefabricated houses).

Practical Application Case

The container houses produced by Qinghai Guangzan Light Steel Housing Engineering Co., Ltd. achieve rapid lifting through modular design. Their products adopt a steel frame and enclosure panel system, with most processes completed in the factory. Only water and electricity connections are required on-site for occupancy, and the lifting cycle can be shortened to several hours.