Collection of Container House Decomposition Diagrams

Currently, there is no publicly available comprehensive collection of container house decomposition diagrams, but the construction logic can be understood through modification cases, structural characteristics, and design points of container houses.

Construction Basics of Container Houses

Container houses use standard containers as modular units. The commonly used international specifications include 20-foot containers (with an internal dimension of approximately 5.9×2.35×2.39 meters) and 40-foot containers (with an internal dimension of approximately 12.02×2.35×2.39 meters), with load-bearing capacities of 25 tons and higher, respectively. Their structures consist of steel frames, corrugated metal wall panels, floor panels, and roof panels. During modification, the main load-bearing structure should be retained, and the spatial layout can be adjusted through cutting and welding. For example, a 20-foot container can be expanded into an open-plan living room by removing part of the side walls or stacked with two containers to form an upper and lower floor space.

Structural Reinforcement and Functional Zoning in Modification

1. Structural Reinforcement
   Residential containers need to have their stability enhanced by adding steel structural supports (such as galvanized pipes) and be equipped with insulation panels and fireproof materials to meet living requirements. For example, in one case, lifting rods were installed at the four corners of the container to increase the roof load-bearing capacity, and solar panels were installed to solve the electricity problem.

2. Functional Zoning
   The modification should plan the space according to the usage scenario. For example:

   • Residential Function: Custom-made foldable beds are used, which serve as sofas during the day and unfold into double beds at night. The kitchen is designed in a linear layout to save space and is equipped with upper and lower cabinets. The bathroom is optimized for small spaces through rounded corner designs.
   • Office Function: The space can be made variable through foldable walls and floors, serving as an open-plan office area during the day and converting into a bedroom at night.

Construction Analysis of Typical Cases

1. Forest Mini Home
   Modified from a single 20-foot container, it connects to a patio through an added central door, with lifting rods and solar panels installed on the roof. The interior adopts a minimalist style with natural wood colors, the bedroom bed is foldable, and the kitchen is equipped with double-door cabinets. The overall cost is approximately 110,000 yuan.

2. Melbourne Split-Level Villa
   Three containers are stacked in a split-level manner, with high-strength glass walls used to enhance natural lighting and holes cut in the roof to allow for tree growth. The interior uses white as the base color, paired with dark wooden wall panels, and the stairs are made of perforated metal plates to ensure sunlight penetration.

3. Shanghai Container Office
   Four containers are combined, and variable components (such as foldable walls and sliding spaces) are prefabricated using 3D printing technology to enable switching between residential and office modes. A meditation space is designed in the backyard, incorporating mirrored steel plates to introduce natural landscapes.