Loading Plan for Mobile House Containers

The loading plan for mobile house containers should be designed by combining structural characteristics with transportation requirements. The core steps include pre-loading preparation, transportation mode selection, loading and securing techniques, and precautions, as detailed below:

I. Pre-loading Preparation

1. Structural Reinforcement: Check if the connecting bolts of the container body are securely fastened to ensure the stability of the modular welded frame and prevent deformation due to vibration during transportation. For cold-resistant containers (such as those used in Heilongjiang), confirm that special processes like hot-dip galvanizing for corrosion resistance of the frame and filling the walls with Class A fire-resistant rock wool are intact to prevent material embrittlement in low-temperature environments.
2. Internal Fixation: If the container is pre-installed with water and electricity pipelines, heating systems, or independent bathrooms, use dedicated brackets or fillers to secure them and prevent displacement. For light steel modules, check if the column through design and wall panel connections are secure to avoid structural loosening during transportation.

II. Transportation Mode Selection

1. Road Transportation: Suitable for short distances (e.g., from construction sites to the destination), offering high flexibility. However, professional flatbed or low-sided trucks should be used to ensure the container body is firmly fixed to the vehicle and prevent jolting and displacement.
2. Rail Transportation: Suitable for large-scale, medium-distance cross-provincial allocation, with low costs and large transportation volumes. However, confirm railway height and width restrictions in advance to avoid over-limit issues.
3. Water Transportation: Suitable for long distances (e.g., coastal or inland port transfers), offering high cost-effectiveness. However, it requires coordination with road or rail transportation for the 'last mile' delivery and implementation of moisture-proof measures (e.g., laying moisture-proof mats).

III. Loading and Securing Techniques

1. Stacking and Binding: Stack up to three layers vertically, confirming the load-bearing capacity of the bottom container. Use high-strength straps or chains to secure the corners and connections to prevent sliding or overturning.
2. Moisture and Corrosion Prevention: Lay moisture-proof mats at the contact surfaces between the container body and transportation tools to prevent rain erosion. Apply anti-rust oil to metal components (e.g., bolts, brackets) to extend their service life.
3. Special Environment Adaptation: In low-temperature areas, check the cold-proof designs such as sealing strips and thermal-break aluminum doors and windows. For commercial scenarios (e.g., pop-up stores), plan the internal layout in advance to avoid collision damage to customized components.

IV. Precautions

1. Avoid using unbranded products (produced by small workshops) as their shoddy workmanship (e.g., using thin steel sheets instead of thick ones) may lead to deformation or rework during transportation.
2. Prioritize selecting manufacturers that offer full-chain services (design, production, transportation, installation) to reduce communication costs and ensure plan adaptability.

By following these steps, safety, economy, and adaptability can be balanced to meet the needs of different scenarios.