Container House Modular Transport

Container houses can be transported in segments by being disassembled into standardized modules. After the modules complete the main structure, pipelines, and interior decoration in the factory, they are shipped to the destination site in container form for on-site assembly.

I. Modular Disassembly and Factory Prefabrication

Container houses adopt a modular design concept, dividing the entire building into independent components such as the floor, roof, and side walls, or directly dividing it into "room modules" as units. For example, a smart factory in Guangdong divides a house into six components for simultaneous production on different production lines, ultimately assembling them into a complete container. China State Construction Integrated Building divides an entire house into 63 independent modules, with each module integrating water and electricity, decoration, and even soft furnishings. In the factory, automated production lines complete processes such as welding, assembly, and polishing, and pre-embed water and electricity pipelines, install bathroom fixtures and cabinets, ensuring that the modules meet the "ready-to-live" standard before transportation.

II. Transportation Methods and Logistics Optimization

Modules are transported in container form, utilizing their standardized sizes (such as 20-foot/40-foot) to adapt to sea, land, and multimodal transportation. For example, Shenzhen Xiaomo Port uses a "port-industry linkage" model to transfer modules from the factory to the port yard over short distances and then ship them directly to Australia via direct routes, with a voyage of only 20 days. Tianjin Qihong Container Houses adopt an overall welded structure, allowing for integral hoisting and transportation without the need to dismantle internal items, significantly reducing relocation costs. During transportation, the steel structure framework and flame-retardant rock wool sandwich panel structure of the modules can resist wind and sand erosion, ensuring safety; lightweight design (such as steel structure modules) reduces the consumption of foundation materials and lowers transportation energy consumption.

III. On-Site Assembly and Efficiency Improvement

After arriving at the destination, the modules are quickly assembled using high-strength connectors (such as bolts and welding) and combined with supporting steel structure roof trusses to form an integral whole. For example, the 63 modules purchased by a British merchant took only two weeks to complete on-site hoisting; the MRDC Hotel project in Papua New Guinea shortened the delivery cycle from 14-18 months to 7 months through a modular solution. The assembly process does not require wet operations, reducing dust and noise pollution, and the modules can be disassembled and reassembled more than five times. The structural stability has passed professional testing (such as earthquake resistance of magnitude 8 and wind resistance of magnitude 15), adapting to diverse scenarios such as engineering camps, cultural and tourism homestays, and emergency support.