The metal stamping parts used for the support frame are specifically designed and produced for the manufacturing and functional implementation of the support frame. These stamped parts typically have the following characteristics:
High strength: able to withstand the weight and pressure carried by the support frame, ensuring the stability of the structure.
Accurate dimensions: to ensure tight fit with other components of the support frame and installation error free.
Good corrosion resistance: adapts to different environmental conditions and extends service life.
Its common types include:
Support beam: As the main load-bearing component, it provides longitudinal support.
Connector: used to connect components of various support frames, enhancing the stability of the overall structure.
Strengthening plate: Increase the strength of key parts to prevent deformation.
In the factory’s shelf support frame, metal stamped support beams can evenly distribute the weight of goods; The carefully designed connectors on the support frames used in construction ensure the firm construction of the frames.
Metal stamping parts forming is a metal cold treatment processing method, also known as cold stamping parts or sheet metal stamping parts . It uses the power of stamping equipment to directly shape the metal sheet in the mold under force. This process is widely used in the manufacturing of automotive parts and household appliances.
The advantages of metal stamping parts include:
Low cost: Due to the high cost of molds, but the low cost of individual parts, it is suitable for large-scale production.
High quality: The formed surface has high precision.
Fast speed: Single piece molding is fast and can be completed within 1s-1min.
Wide range of material applications: suitable for most metal sheets, especially some metals with good plasticity, such as low-carbon steel plates.
However, metal stamping parts also has some limitations, such as the need for large-scale stamping parts equipment and professional mold design and manufacturing technology. At the same time, for some complex shaped and high-precision parts, subsequent processing and finishing are also required.