The production of sheet metal die-casting shelves first requires design and planning. Designers will design suitable shelf structures based on customer needs, such as the type, weight, size of stored items, and the spatial layout of the warehouse. The height, number of layers, and load-bearing capacity of each layer of the shelf need to be accurately calculated to ensure the stability and safety of the shelf.
In terms of material selection, high-quality steel is generally chosen as the main material. These steels have high strength, good toughness, and corrosion resistance, and can withstand large weights and pressures. At the same time, in order to improve the appearance quality and corrosion resistance of the shelves, surface treatments such as spraying and galvanizing will also be carried out.
During the production process, sheet metal processing and die-casting techniques are key links. Sheet metal processing includes cutting, bending, stamping and other processes. By precise cutting and bending, steel can be processed into various shapes of components, such as columns, beams, laminates, etc. Die casting technology is used to produce complex shaped components such as connectors, hooks, etc. Die casting technology can produce high-precision and smooth surface components, improving the overall quality of shelves.
The assembly process is also very important. Assemble the processed components according to the design requirements, ensuring that the connections between each component are firm and reliable. Usually, bolt connections, welding, and other methods are used for assembly. During the assembly process, strict quality inspection is also required to check whether the dimensional accuracy, structural stability, and other indicators of the shelves meet the requirements.
Finally, package and transport the produced shelves. Reasonable packaging can protect the shelves from damage during transportation, ensuring that the shelves can be safely delivered to customers.
