.High strength and high toughness: The carbon content and alloy composition of ferrous metals themselves give stamping parts excellent tensile strength and impact toughness. Taking medium carbon steel stamping parts as an example, the tensile strength can reach 450-600MPa, which can withstand high-intensity loads and complex stress environments, and perform well in heavy machinery and automobile chassis parts.
.Good wear resistance: After heat treatment, the surface hardness of some ferrous metal stamping parts is greatly improved, and the wear resistance is significantly enhanced. For example, cast iron stamping parts can be used in scenes with severe wear such as mining machinery and agricultural machinery through special process treatment to extend the service life of equipment.
.Cost advantage: Compared with non-ferrous metals, ferrous metal resources are abundant and cheap, and the cost advantage of raw materials is obvious. At the same time, mature stamping technology and widely used production equipment have further reduced the manufacturing cost of ferrous metal sheet stamping parts, and the cost performance is outstanding.

.Good weldability: Most ferrous metal stamping parts have good weldability, which is convenient for welding and assembly with other parts to form complex structures. In the fields of building steel structures, bridge construction, etc., stamping parts can be quickly and firmly connected through welding technology to improve construction efficiency.

Features Dimensions	Specific benefits	Application scenarios
High strength and toughness	Tensile strength 450-600MPa, able to withstand high strength loads	Automobile chassis, heavy machinery
Good wear resistance	After treatment, the wear resistance is significantly improved	Mining machinery, agricultural machinery
Cost advantage	Low raw material prices and mature production technology	Cost-sensitive industrial sectors
Good solderability	Easy to weld and assemble	Building steel structure, bridge construction

(I) Processing technology
The stamping process of ferrous metal sheets is mainly divided into two categories: separation and forming. The separation process includes blanking, punching, trimming, etc., using the die edge to separate the sheet to obtain the required blank shape; the forming process includes bending, drawing, flanging, etc., using the die to make the sheet plastically deformed to produce complex-shaped parts such as automobile body covers and equipment shells. In the production process, according to product requirements, CNC technology and automated production lines can be combined to achieve high-precision, mass production to ensure stable product quality.
(II) Applicable materials
. Carbon steel: Low carbon steel has good plasticity and is easy to process and form. It is often used to manufacture automotive interior parts and electrical housings; medium carbon steel has moderate strength and toughness, and is suitable for manufacturing mechanical parts and automobile chassis parts; high carbon steel has high hardness and can be used to manufacture wear-resistant parts.
. Alloy steel: By adding alloy elements such as chromium, manganese, and nickel, alloy steel stampings have special properties. For example, stainless steel stampings are corrosion-resistant and are often used in food machinery and medical equipment; manganese steel stampings are high-strength and wear-resistant, and are suitable for mining equipment.
. Cast iron: Gray cast iron stampings have good shock absorption performance and are mostly used for machine tool beds; ductile iron stampings have excellent comprehensive performance and can be used to manufacture important parts such as engine crankshafts.
(III) Quality inspection
Quality inspection runs through the entire production process. Appearance inspection uses a combination of manual visual inspection and AI visual inspection to check whether there are cracks, scratches, and deformations on the surface; Dimension inspection uses calipers, micrometers, and three-coordinate measuring instruments to ensure that dimensional accuracy meets tolerance requirements; performance inspection uses tensile tests, hardness tests, impact tests, etc. to test the tensile strength, hardness, toughness and other indicators of the product to ensure that the quality of ferrous metal sheet stampings is reliable and meets customer needs.