How to Transport Container Houses

The transportation of container houses requires a combination of transportation methods such as road, sea, or multimodal transport, taking into account their structural characteristics, transportation distance, and destination conditions, while meeting key requirements for loading, securing, and protection.

I. Selection of Transportation Methods

1. Road Transportation

   • Short-distance transportation (e.g., from factory to port): Use flatbed trucks or semi-trailers with chassis, ensuring compliance with container dimensions (e.g., standard 20/40-foot containers) to avoid over-limit transportation. For foldable container houses, folding reduces volume by over 60%, increasing single-trip carrying capacity by three times and significantly reducing land transportation costs.
   • Special scenarios: Tilt trucks are suitable for short distances within 300 kilometers, enabling unloading without additional equipment through tilting the cargo hold; low-bed trailers can carry over-height containers, enhancing stability through stepped designs.

2. Sea Transportation

   • Full container load (FCL): After modular houses are disassembled into individual room modules, they are loaded according to standard shipping container dimensions (e.g., a 20-foot container with an internal length of 5.89 meters) to avoid the need for additional custom transportation carriers. For example, a folding container from a Hebei enterprise fully complies with standard container specifications after folding, increasing single-container carrying capacity by 40%.
   • Less than container load (LCL): Suitable for small quantities of modules, requiring attention to cargo securing and moisture-proofing to prevent structural damage from movement during transportation.

3. Multimodal Transport

   • Combining road and sea transportation, such as the “Shenzhen factory—Xiaomo Port—Australia” route, which adopts a “Shenzhen R&D + Shenshan manufacturing + direct port shipping” model to shorten transportation time and reduce losses.

II. Key Operational Requirements

1. Loading and Securing

   • Use cranes or forklifts (with a capacity of ≥15,000 pounds) for loading and unloading, ensuring that the container corner fittings match the locking devices of the transportation equipment.
   • Secure internal movable parts (e.g., foldable walls) and reinforce pipelines and the container body to prevent displacement due to transportation vibrations.

2. Protective Measures

   • Install protective covers on the exterior of the container to prevent salt spray corrosion during sea transportation or磕碰 (collisions) during road transportation.
   • Fill precision components (e.g., water and electricity integration systems) with shock-absorbing materials, and drivers should plan smooth routes to minimize bumps.

3. Destination Deployment

   • Prepare concrete strip foundations or slab foundations in advance at the site to ensure bearing capacity and levelness.
   • Use four-point balanced lifting during hoisting, install shock-absorbing layers after positioning, and connect water and electricity pipelines for immediate “move-in readiness.”

III. Cost and Efficiency Optimization

• Advantages of Foldable Structures: Folding reduces volume, lowering sea freight costs by over 30%, and supports repeated disassembly and assembly, adapting to the short-cycle demands of overseas EPC projects.
• Standardized Design: Modular houses are 90% pre-assembled in the factory (e.g., insulation, doors and windows, electrical circuits), reducing on-site installation time by 80% and labor costs by 60%.