Non-foldable Container Mobile House
Non-foldable container mobile houses have various characteristics and application scenarios, which are introduced below from the aspects of structure, application, customization, and advantages:
Structural Features: Non-foldable container mobile houses typically employ a sturdy steel frame structure, providing good stability and earthquake resistance. Their wall and roof materials are diverse, with common options like sandwich panels that offer waterproofing, thermal insulation, and sound insulation functions, effectively ensuring interior comfort. For example, some durable prefabricated container houses are prefabricated with steel structures, including living rooms and bathrooms, meeting daily living needs.
Application Scenarios: They have a wide range of application scenarios. They can be used as offices and dormitories on construction sites, providing convenient living and working spaces for workers. They can also serve as facilities for schools, hotels, warehouses, etc. Quickly assembled and detachable flat-packed steel mobile container houses are suitable for these scenarios. In the cultural and tourism sector, they can function as homestays or vacation cottages, attracting tourists with their unique appearance and customizability. In emergency response, they can be quickly erected as temporary shelters in the event of natural disasters.
Flexible Customization: They mainly adopt standard 20-foot/40-foot container sizes but can also be customized according to non-standard requirements, with flexible adjustments in length, width, and height. Width options include 2.5m/2.55m/3m/4m, etc., and height options include 2.6m/2.7m/2.8m/2.9m, etc. Special door and window positions, partitions, exterior, and interior decorations can all be customized as needed, meeting the personalized needs of different users.
Significant Advantages: They have the characteristic of being dismountable and relocatable. Under conditions of standardized use and regular maintenance, the average number of dismountings and reuses can reach more than 8 times. Compared with traditional fixed temporary buildings, construction waste emissions can be reduced by about 90%, with higher resource utilization rates, aligning with policies related to the circular economy and green construction.
