Cement Prefabricated House Transportation Plan
The transportation plan for cement prefabricated houses needs to comprehensively consider aspects such as vehicle selection, component fixation, route planning, unloading and storage, escort by dedicated personnel, and multi-stage collaboration to ensure transportation safety and component integrity.
Vehicle Selection for Transportation: Select large trucks with strong load-bearing capacity and appropriate body dimensions based on the size and weight of the prefabricated house components. Ensure that the vehicle is in good performance, with key components such as brakes and tires in normal working condition to cope with various road conditions and load requirements during transportation.
Component Fixation: After loading, use professional fixing tools such as ropes and steel straps to firmly secure the components to the vehicle. Ensure even force distribution during fixation to prevent component shaking or collision. Add cushioning materials, such as rubber pads, at the contact points between the components and the vehicle to reduce vibration and friction and protect the components from damage.
Transportation Route Planning: Conduct a detailed survey of the route before transportation to understand information such as road conditions, bridge load-bearing capacity, height and width restrictions. Prioritize routes with good road conditions and low traffic volume, avoiding complex and congested areas. Consider weather factors and suspend transportation in adverse weather conditions. For the Guangzhou area, comprehensively consider road height restrictions, bridge load-bearing capacity, traffic control, and the size and weight of prefabricated components. Prioritize main roads and expressways, avoid restricted areas during peak hours in the morning and evening, and conduct advance surveys or simulate passage in old urban areas or narrow alleys.
On-site Unloading and Storage Planning: Communicate with the construction party in advance to clarify the unloading area size, foundation load-bearing capacity, and crane turning space. Avoid extended unloading times or vehicle detention due to narrow passages or improper positioning of lifting equipment. For prefabricated stairs and laminated slabs, tower cranes or truck-mounted cranes are required for cooperation. If the end of the route is too far from the lifting point, secondary transfer needs to be added, increasing costs and the risk of damage.
Escort by Dedicated Personnel: Arrange dedicated personnel to escort the transportation process and monitor the transportation status of the components in real-time. The escort personnel need to have emergency response capabilities to take timely and effective measures in case of unexpected situations and ensure the safe transportation of the components.
Multi-stage Collaboration: The transportation party needs to closely collaborate with the production party and the construction party. The production party provides an accurate list of components, their weights, and center-of-gravity positions to facilitate reasonable load distribution by the transportation party; the construction party clears the site in advance and reserves passages. In the rainy season, an emergency plan needs to be formulated. In case of temporary traffic control or road construction, alternative routes should be planned in advance.
