Stamped parts are metal components formed through stamping technology, which can be classified into cover parts, decorative parts, and fasteners based on functional differences. Its production process includes two basic processes: blanking and forming blanking, requiring raw materials to have high strength and toughness characteristics, while achieving precision control in batch production through mold optimization. Introducing alloying elements such as zinc, aluminum, and nickel into the new material formula to enhance mechanical properties, and utilizing carbon fiber surface treatment technology to increase tensile strength. The development of split structure design and automated stamping equipment has further improved the stability and production efficiency of components under dynamic loads,

Mainly using cold-rolled steel plates, manganese steel, and stainless steel materials, the following characteristics are achieved through material modification:

Corrosion resistance: The surface treatment process of the electrolytic plate can resist the erosion of salt spray environment

Compressive strength: After stamping and hardening, the yield strength of manganese steel material increases by more than 30%,

Forming performance: The carbon content is controlled within the range of 0.11% -0.19% to ensure plastic deformation ability,

Adding elements such as zinc, aluminum, and nickel to the iron substrate forms a new type of alloy, achieving a tensile strength of 850 MPa. The application of surface electrostatic magnetic carbon fiber layer technology reduces the weight of parts by 15% while maintaining the same rigidity,