It is necessary to lay a high-grade container foundation to prevent ground deformation, subsidence or cracking as much as possible. It needs to be compacted when backfilling is carried out. High-end containers need to be processed in the factory, and then transported to the construction site when the finished product comes out, and then hoisted to the pre-imagined position by a crane.

For the entire building connection of high-end containers, users must organize electric lighting equipment. Electric wires cannot be directly tied to high-end containers. Line pipes or wire troughs should be installed as isolation devices to avoid electric shock. Because the basic structure of high-end containers is a steel structure, its rust removal is very important. The steel materials must be rust removed and painted regularly.
There must be no visible light gaps in the wall panels, doors, windows and components of high-end containers after they are assembled. If there is light leakage, there will definitely be air leakage if there are gaps, indicating that the heat insulation performance of high-end containers is not very good, and the roof panels and supporting components must be firmly connected. , otherwise if encountering severe weather such as strong winds, the roof of high-end containers will be easily damaged.
High-end containers have lower ground requirements and do not need to first evaluate the ground materials before building them. The slope of the ground must be reasonably established mechanically. During the construction process of high-end containers, the contamination of building materials such as concrete and lime is prevented. Concrete is poured inside to form a wall through the construction of light steel, which saves building materials and increases the drying time of the wall.