OEM Customtized Stainless Steel Precision Sheet Metal Fabrication Stamping Parts

Stainless steel metal stamping parts refer to the use of molds and stamping machines to process metal sheets, punch them into the required shape, and form metal parts through punching, bending, stretching, pressing and other processes. Metal stamping parts have the advantages of high precision, high efficiency, high consistency, and low cost. They are widely used in automobiles, electronics, home appliances, machinery, construction and other fields. They are an indispensable key component in modern manufacturing. There are many kinds of materials for

stamping parts, so how are metal stamping parts classified?

Metal stamping parts can usually be classified in the following ways:

Material classification: There are many kinds of materials for metal stamping parts, which can be classified according to different materials, such as stainless steel stamping parts, aluminum alloy stamping parts, copper stamping parts, etc.

Use classification: Metal stamping parts are widely used and can be classified according to different uses, such as automotive metal stamping parts, electronic metal stamping parts, architectural hardware stamping parts, etc.

Structural classification: There are various structural forms of metal stamping parts, which can be classified according to different structures, such as flat stamping parts, curved surface stamping parts, special-shaped stamping parts, etc.

Processing technology classification: The processing technology of metal stamping parts is also different, and can be classified according to different processing technologies, such as stretching stamping parts, bending stamping parts, cold heading stamping parts, etc.

Shape classification: The shapes of metal stamping parts are also various, which can be classified according to different shapes, such as round stamping parts, square stamping parts, strip stamping parts, etc.

Stamping characteristics of stainless steel sheet

(1) High yield point, high hardness, significant cold work hardening effect, and prone to cracks and other defects.
(2) The thermal conductivity is worse than that of ordinary carbon steel, resulting in large deformation force, large punching force and deep drawing force.
(3) During deep drawing, the plastic deformation is severely hardened, and the thin plate is easy to wrinkle or fall off.
(4) The deep drawing die is prone to adhesion lumps, resulting in serious scratches on the outer diameter of the parts.
(5) When deep drawing, it is difficult to achieve the expected shape.

Product parameters: