Stamped Metal Parts

Description Our high-precision stamped metal internal brackets are critical structural components for various electronic devices. Manufactured via advanced progressive die stamping with strict quality control, they ensure excellent stability, high strength, consistent dimensions, and reliable assembly performance. We focus on solving key technical challenges such as flatness control, precision positioning, deformation prevention, and consistent batch quality. Made from high

Description At Dongguan Kaiyan Hardware Products Co., Ltd., we provide a complete solution for stamped and bent metal electrical contacts used in European standard sockets and other electrical connection systems. From material selection to mass production, Kaiyan supports customers with phosphor bronze, brass, and stainless steel contact components manufactured through precision stamping and forming processes. Our engineering team works closely with clients to optimize

Description Nickel Plated Stamped Brass Contact for European Standard Socket is a precision metal component designed for reliable electrical connections in EU standard power sockets. Manufactured from high-quality brass through precision stamping and forming processes, it provides excellent electrical conductivity, stable contact force, and consistent mechanical performance. The nickel-plated surface enhances corrosion resistance, wear resistance, and oxidation protection,

Description Our high-precision stamped metal internal brackets are critical structural components for various electronic devices. Manufactured via advanced progressive die stamping with strict quality control, they ensure excellent stability, high strength, consistent dimensions, and reliable assembly performance. We focus on solving key technical challenges such as flatness control, precision positioning, deformation prevention, and consistent batch quality. Made from high

Description Our high-precision stamped metal internal brackets are critical structural components for various electronic devices. Manufactured via advanced progressive die stamping with strict quality control, they ensure excellent stability, high strength, consistent dimensions, and reliable assembly performance. We focus on solving key technical challenges such as flatness control, precision positioning, deformation prevention, and consistent batch quality. Made from high

Description Our high-precision metal stamping battery connection sheets are core components for new energy vehicle battery packs and power distribution systems. Manufactured via progressive die stamping, these parts are made from high-conductivity copper, copper alloy, or aluminum alloy, delivering superior electrical conductivity, low resistance, high temperature resistance, and strong structural stability. We focus on solving key technical challenges in EV battery

Description Our high-precision stamped automotive radio antenna plug connectors are designed for reliable signal transmission in car audio & infotainment systems. Manufactured via advanced precision metal stamping with premium brass or copper alloy, these connectors feature stable conductivity, corrosion resistance, high temperature tolerance, and strong mechanical durability. Customizable in size, plating, and structure to meet OEM/ODM requirements for vehicle electronics.

Description The deep drawn aluminum component is a precision metal part designed for applications requiring lightweight structure, high formability, and reliable mechanical performance. Manufactured using an advanced aluminum deep drawing process, this component features smooth contours, uniform wall thickness, and excellent dimensional consistency, making it ideal for complex shapes and high-volume production. Aluminum material provides low weight, good corrosion resistance,

Description The deep drawn brass component with brushed surface finish is a precision metal part designed for applications requiring excellent formability, reliable mechanical strength, and refined surface appearance. Manufactured using an advanced deep drawing process, this brass component achieves smooth contours, uniform wall thickness, and high dimensional consistency, making it suitable for complex shapes and high-volume production. Made from high-quality brass, the

Description Custom stamped USB connector metal parts are precision-manufactured components designed for reliable mechanical support, shielding, and electrical grounding in USB interfaces. Produced using advanced metal stamping processes, these parts ensure accurate dimensions, consistent quality, and excellent compatibility with various USB connector types, including USB Type-A, Type-B, Micro USB, and USB Type-C. Manufactured from materials such as stainless steel, brass,

Description The silver nickel contact metal spring clip for circuit connections is a high-reliability electrical contact component designed for stable current and signal transmission in electronic circuits. Manufactured through precision metal stamping, this spring clip features excellent elasticity, consistent contact force, and accurate dimensions to ensure long-term performance. The silver nickel contact points provide low contact resistance, outstanding conductivity, and

Description Stamped and Bent Metal Electrical Contact Strip is a precision-formed conductive component manufactured through metal stamping and bending processes. It is designed to provide stable and reliable electrical connections in various electronic and electrical applications. Made from high-quality materials such as phosphor bronze, brass, or stainless steel, this contact strip offers excellent conductivity, good mechanical strength, and consistent spring performance.

Description Phosphor Bronze Electrical Contact Strip is a precision-stamped conductive component designed for reliable electrical connections. Manufactured from high-quality phosphor bronze, it offers excellent electrical conductivity, high elasticity, and superior fatigue resistance, ensuring stable contact performance over repeated mating cycles. This contact strip features strong spring force, low contact resistance, and good corrosion resistance, making it ideal for long

Description This stamped brass contact is engineered for electrical connectors that demand stable conductivity, long service life, and consistent mechanical performance. Produced through precision metal stamping, it ensures tight dimensional tolerances, smooth contact surfaces, and reliable spring force. Brass material provides excellent electrical conductivity, corrosion resistance, and formability, making it suitable for high-volume applications.Commonly used in power

Description This stamped L-shaped / flag terminal is designed for reliable electrical connections in PCB assemblies and wiring systems. Manufactured through precision metal stamping, it provides consistent dimensions, stable mechanical strength, and excellent conductivity. The terminal features tin or nickel plating to enhance corrosion resistance, solderability, and long-term electrical performance. Its L-shaped or flag-style design allows flexible installation in space

Description This extended dual-pin PCB solder tab is designed for secure and stable electrical connections on printed circuit boards. Manufactured from high-quality metal using precision stamping, it provides accurate pin alignment, strong mechanical strength, and excellent conductivity. The dual extended pins improve soldering reliability and mechanical retention, reducing the risk of loosening during vibration or long-term use. Suitable for PCB assemblies, power modules,

Description This stamped brass contact is engineered for electrical connectors that demand stable conductivity, long service life, and consistent mechanical performance. Produced through precision metal stamping, it ensures tight dimensional tolerances, smooth contact surfaces, and reliable spring force. Brass material provides excellent electrical conductivity, corrosion resistance, and formability, making it suitable for high-volume applications. Commonly used in power

Description This stamped brass contact is engineered for electrical connectors that demand stable conductivity, long service life, and consistent mechanical performance. Produced through precision metal stamping, it ensures tight dimensional tolerances, smooth contact surfaces, and reliable spring force. Brass material provides excellent electrical conductivity, corrosion resistance, and formability, making it suitable for high-volume applications. Commonly used in power