Products Description
OEM Stainless Steel Stamping Parts are customized metal structural and functional components manufactured using high-quality rigid metal strips such as stainless steel and carbon steel through precision stamping processes. As key basic components in various electrical equipment, these products are widely used in various fields, from household appliances to industrial control equipment, thanks to the high strength and corrosion resistance of the materials themselves and the high consistency brought about by the stamping process. They provide a solid guarantee for the structural stability, electrical reliability, and long-term durability of the products.
Material Properties
Stamping Performance
Both types of rigid materials possess excellent stamping performance, making them suitable for precision stamping processes. During blanking and stamping, defects such as chipping, cracking, and excessive burrs are less likely to occur, allowing for precise representation of product structure and dimensions. They are highly compatible with cemented carbide die steel stamping, with blanking gaps controlled at 5-8% of the material thickness, significantly improving production efficiency and product yield for Stamping 304 Stainless Steel.
Corrosion Resistance
Stainless steel inherently possesses excellent corrosion resistance, effectively resisting erosion in humid and slightly corrosive environments. It can be adapted to various electrical applications without complex surface treatments. Carbon steel, after surface copper or nickel plating (3-5μm), exhibits significantly improved corrosion resistance, preventing oxidation and rust, extending Metal Steel Stamping Blanks lifespan, and adapting to the complex internal environments of various electrical appliances.
Handling compatibility
Both types of materials have good surface treatment compatibility and are perfectly compatible with surface treatment processes such as copper plating and nickel plating. After treatment, the coating has strong adhesion and is not prone to problems such as coating peeling or flaking. The conductivity can be optimized through surface treatment to ensure contact resistance <10mΩ, which meets the conduction requirements of electrical Customized sheet metal stamping parts and is suitable for various conductive and connecting components.
Product Advantages
Precision and Process Advantages
Mature precision stamping technology ensures blanking gap is controlled within 5-8% of material thickness, dimensional tolerance is ±0.05mm, and burrs are ≤0.03mm. This results in high product precision and consistency, allowing for direct assembly without additional adjustments, significantly improving customer production efficiency and reducing assembly losses for 304 Stainless Steel Punching.
Mold and Production Efficiency Advantages
Molds are made of hard alloy mold steel with a lifespan exceeding 30 million cycles, offering outstanding durability. This reduces mold replacement and maintenance frequency and costs, ensuring continuous large-scale OEM production. The precision stamping process is efficient and convenient, enabling rapid mass production to meet customers' large-scale delivery needs.
Surface Treatment and Conductivity Advantages
Equipped with copper and nickel plating surface treatments, the plating thickness is 3-5μm, with strong adhesion, effectively improving product conductivity and ensuring contact resistance <10mΩ, meeting the conductivity requirements of electrical Customized sheet metal stamping parts. This also optimizes corrosion resistance, extends service life, and balances practicality and reliability.
Quality control advantages
A targeted quality inspection system has been established, with 100% sampling inspection of magnetic properties. Core indicators such as dimensional accuracy, burrs, and coating thickness are controlled throughout the process to prevent unqualified Metal Steel Stamping Blanks from entering the market and reduce after-sales risks for customers.
Mechanical properties testing of products
In the mechanical properties testing phase, we use the industry-leading universal material testing machine to conduct multi-dimensional mechanical properties evaluation for 304 Stainless Steel Punching. The first is the tensile test, where the stamped parts are fixed at both ends of the testing machine, and the tensile force is applied at a slow and steady rate to accurately record the data of the entire process from elastic deformation to plastic deformation to fracture.
In order to fully verify the mechanical properties of Stamping 304 Stainless Steel, in addition to conventional tensile tests, we have also carried out a series of rigorous mechanical properties testing projects. These include hardness testing, using professional equipment such as Rockwell hardness testers, Brinell hardness testers or Vickers hardness testers, and applying specified pressure at specific locations on the surface of stamped parts according to different product requirements and standards, measuring the depth or diameter of the indentation, and thus obtaining the hardness value.
contact us
If you require OEM Stainless Steel Stamping Parts or wish to assess the manufacturability of existing designs, we are ready to provide you with professional support. Please provide detailed drawings and technical specifications, and we will provide you with an accurate quote and manufacturing solution.
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