What Are Container Houses Made Of

Container houses are habitable or office buildings formed by modifying containers as their basic structural modules. Their manufacturing involves a variety of materials and processes, as detailed below:

1. Structural Materials
The main structure of container houses typically employs two types of materials: first, wood, such as spruce, pine, or fir, is used to construct the basic framework of the container; second, special section steel is welded to form standard components that constitute the load-bearing structure of the container unit. The combination of these two materials ensures both structural stability and lightweight requirements.

2. Floor Manufacturing
The floor system adopts a layered design: first, a floor frame is fixed on a base plate made of poly-ink board, and glass fiber is laid as an insulating layer; subsequently, a rough floor is covered, and after applying tile adhesive, options such as vinyl flooring, tiles, or other decorative materials can be laid. This design enhances both the durability and thermal insulation properties of the floor.

3. Wall Manufacturing
The walls are reinforced by combining steel nails with plywood: vertical rods are nailed into the resin board every 40 centimeters, with crossbars reserved for window spaces, and the structure is reinforced with numerous steel nails; after spraying adhesive, the plywood is bonded beneath the wall, and finally fixed with steel nails to form a permanent structure. Some designs also incorporate 10-centimeter-thick polyurethane insulation panels (containing fire-resistant materials) on the exterior walls, significantly improving thermal insulation and fire resistance.

4. Roof Manufacturing
The roof adopts a layered construction process: first, a fiberboard ceiling is laid, covered with a plastic film as a barrier; inclined roof rafters are installed at the edges for drainage and wire pre-embedding; finally, the roof structure is framed with墩板 (assuming this refers to a type of structural board, translated as 'structural boards' here), and wire laying is completed. This design balances waterproofing, insulation, and functional requirements.

5. Interior Fittings
The interior space is optimized with multiple layers of materials: glass fiber wool is filled between the vertical rods to form a sound-insulating and insulating layer, covered with a plastic film barrier, and smooth wooden panels are installed as wall panels; some high-end designs feature color-coated steel corrugated ceilings, 1.8-millimeter-thick rubber-plastic floors, and 75-millimeter rock wool color-coated steel composite wall panels (with optional thicknesses of 50/100 millimeters), further enhancing sound insulation, thermal insulation, and fire resistance.

6. Other Components
The supporting systems of container houses include prefabricated roof circuits, wall-mounted water supply pipes, wall-side drainage systems, and standardized doors and windows: steel doors typically measure 840*2035 millimeters, while plastic-steel sliding windows are customized according to needs. These components, through modular design, enable rapid installation and flexible adjustments.

Through the combination of the aforementioned materials and processes, container houses achieve diverse functional requirements for habitation or office use while ensuring structural strength, becoming a representative form of efficient and environmentally friendly modern architecture.