Automotive precision stamping parts are part of the automotive parts made of metal materials. However, the selection of materials for automotive precision stamping parts directly affects the service life and quality of the parts. So, what are the requirements for the selection of materials for automotive stamping parts?

To meet the needs of the required process, when selecting raw materials for automotive stamping parts, it is important to understand the mechanical, physical, and chemical properties of automotive stamping parts in their usage state.

The types and usage characteristics of precision stamping parts require us to understand the types and usage characteristics of automotive precision stamping parts in order to choose the raw materials for automotive precision stamping parts. Only in this way can we choose appropriate metal materials based on product types and usage characteristics. This not only ensures product quality and improves the efficiency of raw material usage, but also extends the service life of automotive stamping parts.

Having a good production process, in addition to selecting the types and usage characteristics of automotive stamping parts, it is also necessary to choose those with relatively good process performance in order to produce precision stamping parts with good practicality.

Cold stamping technology is currently a commonly used processing method in the production of automotive stamping parts. The quality of cold stamping materials will directly determine the performance, service life, and cost of the product. Therefore, it is necessary to choose economical and suitable stamping materials according to the requirements.

Hardness testing is required for different precision stamping processes, which require different hardness levels of sheet metal. The purpose of this is to determine whether the annealing degree of the purchased metal sheet is suitable for the subsequent stamping process, ensuring smooth processing.