Prefabricated House Landing Steps Diagram

The landing process of prefabricated houses can be divided into four stages: customized production, full-truck transportation, overseas shipping, and on-site assembly. The specific process is as follows:

1. Customized Production, Modular Packaging
Based on overseas customer requirements, the factory completes the design of the house layout, style, and functionality, and achieves mass production through modular manufacturing. All modules need to be uniformly coded and classified for acceptance to ensure traceability in the production process. To adapt to the overseas shipping environment, modules require waterproof, anti-corrosion, and shock-proof treatments, such as using high-strength steel structural frames, sealed interface designs, and moisture-proof material wrappings. Module dimensions must strictly match international standard shipping container specifications (e.g., 20-foot or 40-foot containers) to reduce transportation costs and improve loading efficiency.

2. Full-Truck Transportation, Direct to Port
Finished modules are transferred to domestic ports via specialized flatbed trucks. During transportation, module positions must be secured to prevent structural damage caused by bumps. Since module dimensions are already compatible with container standards, they can be directly loaded onto cargo ships without secondary disassembly or modification. At this stage, module codes must be checked against the transportation list to ensure cargo integrity, and data such as transportation time and vehicle information must be recorded to provide a basis for subsequent logistics tracking.

3. Overseas Shipping, Global Distribution
Modules are shipped to target countries on ocean-going cargo vessels, with transportation times varying by route: approximately 1 week to Southeast Asia, about 20 days to the Middle East, and around 1 month to Europe and the Americas. Throughout the journey, IoT technology is used to monitor the vessel's location, temperature and humidity, and module status to ensure cargo safety. For example, some suppliers install sensors on modules to provide real-time feedback on vibration and tilt data, enabling immediate activation of emergency plans in case of abnormalities.

4. On-Site Assembly, Rapid Formation
After arriving at overseas ports, modules are transported to the construction site by trucks. The assembly process relies on cranes for module lifting, requiring precise alignment of preset interfaces (e.g., bolt holes, water and electricity pipeline interfaces) and fixation with high-strength bolts or welding. For instance, in a project involving 63 senior living apartments in the UK, all assembly was completed in 14 days; while in a scenic area in Zhejiang, module connections for four service stations took only 2 hours. After assembly, water and electricity connectivity tests, structural stability inspections, and appearance acceptances must be conducted to ensure the house meets local building codes and usage requirements.

For a more intuitive step diagram, refer to the following logic for drawing: Requirement Confirmation → Module Production → Transportation Preparation → Ocean Shipping Logistics → On-Site Assembly → Acceptance and Delivery, and mark key control points (e.g., module coding, transportation fixation, interface alignment) at each stage.