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Precision metal stamping parts processing is a special process that applies pressure to metal materials and processes them into parts or semi-finished products that meet the requirements. With the improvement of people's quality standards for mechanical and electronic equipment accessories, precision metal stamping is currently a widely used manufacturing process for hardware accessories. It has unique advantages in both technology and economy. Precision metal stamping What advantages does the software have?

1: The production efficiency of precision stamping is high, and the operation is convenient, and it is easy to realize mechanization and automation. In the case of mass production, the cost of stamping parts is low.

2: Precision metal stamping parts are processed stably, with high dimensional accuracy, stable quality and good interchangeability.

3: The surface quality of stamped workpieces is good, which facilitates subsequent surface treatment processes (such as electroplating, painting, etc.).

4: Precision stamping can save materials while also obtaining parts that are small in size, light in weight and high in stiffness.

Sheet metal is one of the three elements of stamping processing. The performance requirements of electronic hardware stamping parts and electronic stamping parts stamping materials involve material hardness, material tensile strength, material shear strength and other related physical properties. The stamping forming process involves stamping cutting, stamping bending, stamping stretching and other related processes. Among many metal materials, each material has its own characteristics. Designers generally judge whether this process is suitable for this material based on the characteristics of the material.

    When electronic hardware stamping parts and electronic stamping parts are made of cold-rolled carbon steel sheets and steel strips, they are suitable for products with a low degree of stamping processing, such as blanking, bending, etc. Steel is suitable for stamping and stretching requirements and stamping parts that are repeatedly stamped or highly formed. SPCE: the tensile performance is higher than SPCD, and the surface requires electroplating (this material is used less).

    The SECC material has its own galvanized layer and has good anti-corrosion properties. Generally used for stamping appearance parts of electronic hardware stamping parts.

    Stainless steel has physical properties such as high hardness, high strength, anti-corrosion, welding performance, and antibacterial properties. When stamping, select the appropriate material grade according to the functional requirements of the stamped parts.

    Stainless steel 301: The chromium content is relatively low and the corrosion resistance is poor. However, the material can achieve high tensile strength and hardness after heat treatment, and the material has good elastic properties. It shows obvious work hardening phenomenon during deformation and is used in various occasions requiring higher strength.

Stainless steel 304: Carbon content, strength, and hardness are lower than SUS301. But the material is added with strong corrosion resistance. Higher strength and hardness can be achieved after heat treatment. It is widely used in the production of equipment and parts that require good comprehensive performance (corrosion resistance and formability).

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