Mobile Container House with Tires

For loading tires into a mobile container house, you can refer to the methods for loading tires into containers. The specific steps are as follows:

1. Select the Appropriate Container
   Choose the right type of container based on the quantity, size, and transportation requirements of the tires. Standard dry cargo containers can be used for regular tires; oversized tires require high-cube or open-top containers to accommodate their height or diameter and prevent deformation due to insufficient space. For example, oversized tires for engineering vehicles, with diameters exceeding 1.5 meters, need to be hoisted through the top using open-top containers.

2. Container Inspection and Pre-treatment
   Before loading, thoroughly inspect the container structure to ensure there is no damage, deformation, or leakage, paying special attention to the sealing of corners and door seams. Clean up any debris inside the container, such as residual cargo, fragments, or oil stains, to ensure it is dry and clean inside, preventing the tires from getting damp or contaminated. For example, a damp environment can cause the rubber of the tires to age, affecting their service life.

3. Tire Classification and Stacking

• Classification and Nesting: Classify tires by size and specification, and nest and stack tires of similar but different sizes (place smaller tires inside the inner circle of larger tires) to reduce space occupation.
• Stacking Method: Regular tires can be stacked in a herringbone pattern for increased stability; large tires are recommended to be placed in a single layer to avoid deformation from excessive stacking. For example, when stacking tires with diameters over 1.2 meters in a single layer, leave a gap of 10-15 centimeters between each layer for ventilation and securing.
• Pallet Use: If tires are packaged on pallets, the pallets can be neatly loaded into the container directly to improve loading and unloading efficiency.

4. Securing and Protective Measures

• Tightening and Connection: Use straps or ropes to connect the tires to the container's securing points (such as corner fittings and floor rings), tightening them until there is no looseness to prevent shifting during transportation.
• Buffering and Isolation: Place foam boards, rubber pads, or other buffering materials between tires that are prone to collision to reduce friction damage; install barriers or reinforcement devices at the container door to prevent cargo from being pushed out due to shaking.
• Ventilation Design: Maintain a gap between the tires and the container walls to promote air circulation and prevent local overheating that can cause rubber aging.

5. Final Inspection and Sealing
   After loading, check the securing status of the tires again to ensure there is no looseness or protruding parts; close the container door and inspect the sealing strip to ensure it is intact and the door can be closed properly without air leakage. For example, poor sealing can cause rainwater to seep in during transportation, damaging the tires.

By following these steps, you can ensure the safe transportation of tires within the container and reduce the risk of damage.