Container Mobile House Shipment

The core process of container mobile house shipment includes factory prefabrication, modular disassembly, ocean shipping logistics, and on-site assembly, with significant advantages in shipment efficiency and cost, and growing export demand.

1. Factory Prefabrication and Modular Disassembly

Container mobile houses adopt a 'factory prefabrication + modular disassembly' model, breaking down complete houses into standardized modules (such as floor, roof, and side components). Over 90% of the processes, including the main structure, water and electricity pipelines, bathroom equipment, cabinets, and wardrobes, are completed on the factory assembly line, with manufacturing precision controlled within 1-2 millimeters. For example, a smart factory in Guangdong can produce 50 modules per day, with a capacity ten times that of similar factories in North America. Modular design supports parallel operations, allowing multiple processes to proceed simultaneously, improving efficiency by over 60% compared to traditional on-site serial construction.

2. Ocean Shipping Logistics and Export Scale

After factory prefabrication, the modules are shipped globally via container vessels. Data from Shenzhen Port shows that in the first four months of 2025, the export value of 'mobile houses' by Chinese enterprises through this port reached 1.68 billion yuan, a year-on-year increase of 19.6%, covering more than 150 countries and regions. For instance, in a UK retirement apartment project, 63 modules shipped from a Chinese factory to a UK port were assembled on-site in just two weeks; the MRDC hotel project in Papua New Guinea shortened the overall delivery cycle from 14-18 months in traditional mode to 7 months through a modular approach.

3. On-site Assembly and Cost Advantages

Upon arrival at the destination, the modules are quickly assembled like 'building blocks' using lifting equipment, eliminating the need for on-site wall construction, plastering, and other processes. In European and American projects, for example, modular construction sites require only 45 permanent personnel, a reduction of over 50% compared to traditional cast-in-place sites; steel waste rates drop from 8%-12% in traditional sites to 3%-5%, and base material consumption decreases by 60%-70%. Additionally, modular construction shortens the project duration by over 60% compared to traditional methods, reduces the labor cost share from 40% to below 20%, and offers significant overall cost advantages.

4. Market Demand and Technological Drivers

The global explosion in AI computing infrastructure has further driven demand for modular construction. In the first half of 2026, China's total exports of HS9406 prefabricated buildings reached 2.79 billion US dollars, a year-on-year increase of 45%, with data centers becoming a significant growth area. For example, the construction cycle of a super-large prefabricated modular data center in Malaysia was less than 10 months, nearly half that of traditional methods; CIMC provided services for a large-scale AI data center project in the Asia-Pacific region, with revenue soaring more than fivefold year-on-year.