Steel Frame Expandable Prefabricated Container House
The container building is an unexpected product from unsustainable practice by the ocean freight business, but its positive meaning is not reduced.
The conception rebuilds a standard container to be a construction since year 1989, Philip C. Clarke patented because his idea of “use one or more containers to be a house when at a building site”
And then, more and more great creativity and courageous declarations about containers have emerged around all of the world, container construction is an ideal architectural model regardless of project.
The role of expandable shipping container house is delivery the most prefect building result to customers. Respect the environment of the construction working place. They assess the various possibilities and constrains of it, include: topography, orientation, natural features and other factors. Location conditions will affect the final product, orientation, materials and method of construction.
| Specification | 20ft | 6058mm*2438mm*2891mm |
| 40ft | 12032mm*2352mm*2393mm | |
| Corner Fittings | speical for container house | |
| Structure Colomn | 2.5-3mm steel bending | |
| Roof Panel | 0.8mm | galvanized steel sheet |
| 50mm | fibreglass(grade-A fireproof material) | |
| 0.4mm | color coated steel | |
| Wall Panel | 30mm fibreglass | between joist and exterior panel |
| 30mm fibreglass | between joist and ceiling board | |
| galvanized steel sheet waterproof layer | ||
| Floor | multi-plywood | |
| Doors and Windows | door | steel door |
| window | UPVC/aluminum sliding window | |
| Reinforcing structure | 6mm steel bending | |
| Design Parameter | wind resistance | wind speed <120km/h |
| earthquake resistance | grade 8 | |
| snow load capacity of roofing | 0.6kn/m2 | |
| live load capacity of roofing | 0.6kn/m2 | |
| wall permitted loading | 0.6kn/m2 | |
| heat conductivity coefficient | 0.35kcal/m2hc | |
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