With the increase of warehousing costs and the demand for rapid sorting, automated three-dimensional warehouses have gradually become the mainstream of enterprise warehouse construction. In this context, the requirements of the three-dimensional warehouse tray as a key storage tool have gradually become stricter. Shandong Junzhong plastic pallet found that some customers were not clear about the specific requirements of three-dimensional warehouse pallets when they consulted. Below, we will give a brief introduction by plastic pallet professionals:
First of all, the customer needs to determine the specifications of the plastic pallet at the beginning of the construction of the three-dimensional warehouse. This step is crucial because it avoids unnecessary costs at a later stage. Choosing the right pallet size needs to consider the specifications of subsequent equipment such as shelves, stackers, assembly lines and shuttles, as well as the size of forklifts, hydraulic trucks and other equipment. If the specifications of the three-dimensional warehouse pallet do not match the subsequent equipment, it may lead to wasted space and increased costs.
Secondly, it is necessary to choose a plastic pallet of standard size. In the three-dimensional warehouse, the Sichuan-shaped plastic pallet is the most commonly used type. The customer needs to clarify the fork height of the Sichuan plastic pallet, whether chips can be added, and the requirements of the grid and flat plate. At present, the more commonly used three-dimensional warehouse pallets are 1200*1000*150mm, 1200*1000*160mm, 1200*1000*165mm, 1200*1200*150mm, 1200*1200*160mm and other standard specifications. These standard-sized pallets are better fitted, smoother in storage, turnaround and transport, and reduce the risk of bumps. At the same time, standard-sized pallets can also reduce procurement costs.
In addition, the customer needs to reasonably plan the number of plastic pallets according to the throughput of the three-dimensional warehouse and the storage density of the warehouse. The automated three-dimensional warehouse has the advantages of high efficiency, high density, high efficiency and high flexibility. It can be built in buildings of all sizes, using standard plastic pallet models, and integrated into other systems to optimize warehouse processes. Reasonable planning of the number of pallets can make the average utilization rate of three-dimensional warehouse pallets reach more than 90%.
When choosing a three-dimensional warehouse pallet, you also need to consider the load-bearing capacity. The customer's purchasing behavior may not be aware of the load-bearing capacity of the pallet. In fact, the dynamic load, static load and shelf load of pallets are different. When choosing a three-dimensional warehouse pallet, priority should be given to the load of goods.
At the same time, the curvature of the three-dimensional warehouse pallet also needs to meet the standard. When the three-dimensional warehouse pallet is used on the shelf, it needs to be tested for curvature. When stacking a certain weight of goods on the surface of the pallet, the curvature should be less than 5%. In this way, the pallet will not be deformed during actual use.
Finally, the customer needs to choose a three-dimensional warehouse pallet with high tolerance. In general, it is necessary to choose trays that are produced and processed from food materials. These pallets can withstand harsh conditions such as violent impacts, chemical corrosion, and changes in temperature and humidity.