Structural Diagram of Container Frame House

Currently, we cannot directly provide the specific structural diagram of the container frame house, but we can elaborate on its structural components.

Main Frame

The steel framework of today's inhabited expandable container houses uses galvanized pipes as the main frame. Galvanized pipes have excellent corrosion resistance, which can extend the service life of the house. Meanwhile, combined with the beams and columns in the middle rooms, these structures together form the load-bearing system of the house. The combination of the galvanized pipe main frame with the beams and columns endows the house with strong load-bearing capacity, enabling it to withstand certain external forces such as wind and earthquake forces, ensuring the stability of the house during use.

Wall Structure

The walls adopt a sandwich-structured thermal insulation sandwich panel. This type of sandwich panel usually consists of two layers of metal panels and an intermediate thermal insulation material. The thermal insulation material can effectively prevent heat transfer. In summer, it can reduce the entry of external heat into the interior, lowering the indoor temperature; in winter, it can prevent the loss of indoor heat, providing insulation. In addition, the sandwich panel can also block external noise, providing a quiet living environment for occupants.

Floor Structure

The floor adopts a multi-layer structure of base plate + floor leather + bottom cotton strip. The base plate provides a solid foundation for the entire floor, while the floor leather makes the floor more even and aesthetically pleasing, and also has certain anti-slip properties. The bottom cotton strip can play a buffering and thermal insulation role, reducing heat exchange between the floor and the outside world, further improving the thermal insulation performance of the house.

Roof Structure

The roof consists of a ceiling + thermal insulation layer. The ceiling not only serves a decorative purpose but also hides the internal pipelines and other facilities of the house. The thermal insulation layer is similar to the thermal insulation material in the walls and can effectively block external heat from entering the interior through the roof, enhancing the thermal insulation effect of the house.

Door and Window Structure

The doors and windows use double-glazed laminated glass. Double-glazed laminated glass has good sound insulation and thermal insulation properties, effectively reducing interference from external noise and preventing heat transfer. In addition, laminated glass also has high safety. Even if the glass breaks, the fragments will not splatter everywhere, ensuring the personal safety of the occupants.