Precision Stamping Parts are widely used in the transportation industry, and their high accuracy, high efficiency and excellent physical properties make them a key component to improve the performance and reliability of transportation tools. Precision Stamping Parts are manufactured by precision stamping processes to produce metal parts with complex shapes, precise dimensions and high surface quality. These stamping parts are widely used in the vehicle industry in the body structure, power system, interior and exterior trimming, electrical system and other aspects, to meet the requirements of vehicles for lightweight, high strength, high safety and high reliability.
Precision Stamping Parts Specific Application
Reinforcement of structural parts: Precision Stamping Parts can be used to manufacture structural parts such as stiffening plates and support frames of body and chassis. These parts achieve high-precision dimensional control and excellent physical properties through precision stamping process, effectively improving the rigidity and stability of the body. For example, the precision of some precision stamping parts can reach Level 2 or above, and the roughness of the shear surface can reach Ra 0.4-0.8 μ m, so as to ensure the precision and reliability of the body structure.
Optimization of connecting parts: Precision Stamping Parts can manufacture various high-precision connecting parts, such as bolt orifice plates and riveting parts, at the connecting part between the body and chassis. These connectors not only have high strength and corrosion resistance, but also can ensure the close connection between the components and improve the safety and durability of the vehicle.
Engine components: In the engine system, Precision Stamping Parts can be used to manufacture key components such as crankcase cover and oil pan. These parts are required to withstand high temperatures and pressures and maintain leak-tightness, while precision stamping processes ensure component accuracy and leak-tightness to improve engine performance
Working efficiency and reliability of the machine.
Transmission system: Precision Stamping Parts can also be used to manufacture transmission parts such as transmission gears and clutch pressure plates. Precision stamping process is adopted in the manufacturing process of these parts to ensure the meshing accuracy of gear and smooth engagement of clutch, thus improving the efficiency and reliability of transmission system.
Interior trimming customization: Precision Stamping Parts can be used to manufacture interior trimming parts such as instrument panel frame and seat bracket. These components not only have supporting and fixing functions, but also can be customized according to the customer’s needs to improve the interior quality and ride comfort of the vehicle.
Exterior trimming: In exterior trimming, Precision Stamping Parts can be used to manufacture door handle, trim strip and other parts. These components realize high-precision dimensional control and excellent surface quality through precision stamping process, improving the overall quality and market competitiveness of the vehicle.
Connectors and brackets: In electrical systems, Precision Stamping Parts can be used to manufacture key components such as battery connectors and wire harness brackets. These components need to ensure the stable transmission of electrical signals and the reliability of the circuit, and the precision stamping process can provide high-precision and high-stability solutions to ensure the normal operation of the electrical system.
Precision Stamping Parts Strengths and Features
High precision: precision stamping process can ensure the high precision and dimensional stability of stamping parts and meet the strict requirements in the manufacturing of transportation tools.
High efficiency: the process is featured by high efficiency and fast speed, which can produce stamped parts with complex shapes in large quantities and reduce the production cost.
Excellent physical properties: Precision Stamping Parts have good physical properties, such as high strength, high hardness, excellent corrosion resistance, etc., which can meet the high requirements of transportation vehicles on the performance of parts.
Material saving: precision stamping process can reduce material waste, reduce production cost and meet environmental protection requirements during manufacturing.