How to Transport Prefabricated House Finished Products

The transportation of prefabricated house finished products requires selecting appropriate methods based on the type of components and the transportation distance, and strictly adhering to precautions such as loading, route planning, and process monitoring to ensure safe and efficient delivery.

1. Selection of Transportation Methods

1. Long-distance transportation: For large and heavy prefabricated components (such as concrete walls and steel beams), specialized semi-trailers or construction panel transport vehicles are preferred. These vehicles are equipped with truss-shaped shelves that can secure the components and reduce empty-load fuel consumption, making them suitable for highway transportation of large components like floor slabs and wall panels.
2. Short-distance handling: Small and medium-sized components (such as doors, windows, and decorative parts) can be moved using the roller method, which reduces friction resistance through rollers, skids, and crowbars to achieve horizontal or elevated movement. This method is simple to operate but less efficient, making it suitable for short-distance adjustments within factories or construction sites.
3. Overall transportation: Modular prefabricated houses can be directly loaded into containers for sea transportation after being fully decorated in the factory. Container transportation is like a "giant express delivery," allowing overseas sites to complete assembly and occupancy in just a few hours, significantly shortening the construction cycle.

2. Transportation Precautions

1. Vehicle selection: Match the vehicle according to the size, weight, and shape of the components. Large components require flatbed trailers or large trucks to ensure adequate load-bearing capacity; small components (such as doors and windows) can be transported using small trucks or vans.
2. Loading specifications: Components should be arranged reasonably to avoid collisions. Fragile items (such as glass doors and windows) should be wrapped with buffer materials like foam boards and rubber pads and secured with ropes or steel straps to prevent movement or displacement during transportation.
3. Route planning: Survey road conditions in advance to avoid sections with insufficient bridge load-bearing capacity, height and width restrictions, as well as sharp turns, steep slopes, or construction areas. Prioritize routes with low traffic volume and avoid peak hours to improve transportation efficiency.
4. Process monitoring: Install GPS positioning systems to track vehicle locations in real-time. In case of severe weather such as heavy rain or strong winds, cover the components or stop for shelter to ensure safety.
5. Unloading specifications: Unload in the predetermined order to avoid damage to components due to improper operation. For example, unload large components first, then handle small accessories to ensure orderly site operations.