Metal pins (terminals) for charging plugs

• Function: Act as core conductive components, enabling connection between charging plugs and sockets to transmit current.
• Structure: Equipped with mounting holes (for securing) and contact springs (to ensure conductive stability); manufactured via stamping.
• Material: Typically nickel-plated copper alloy, balancing conductivity, elasticity and corrosion resistance.
• Applications: Used in transmission modules of EV charging plugs and power plugs; they are critical parts for reliable charging conduction.

Metal gasket

This product is typically made of steel (e.g., cold-rolled steel) or stainless steel, balancing rigidity and corrosion resistance. It is used for sealing, supporting, and gap adjustment of mechanical components to enhance assembly tightness. It is a ring-shaped stamped part (laser cutting is also applicable) with multiple mounting holes.

Metal pins (terminals) for charging plugs

• Function: Act as core conductive components, enabling connection between charging plugs and sockets to transmit current.
• Structure: Equipped with mounting holes (for securing) and contact springs (to ensure conductive stability); manufactured via stamping.
• Material: Typically nickel-plated copper alloy, balancing conductivity, elasticity and corrosion resistance.
• Applications: Used in transmission modules of EV charging plugs and power plugs; they are critical parts for reliable charging conduction.

Electronic Device Enclosure(Aluminum alloy)

• Function: Protects internal electronic components while providing heat dissipation (with heat vents) and electromagnetic shielding.
• Structure: Stamped aluminum housing featuring mounting positions, interface cutouts, and heat dissipation slots for seamless internal component assembly.
• Material: Aluminum alloy (e.g., 6061) — balances lightweight design, excellent thermal conductivity, and structural rigidity.
• Applications: Widely used in industrial controllers, communication equipment, automotive electronics, and other electronic devices requiring protection and heat dissipation.

Stainless Steel Insert (for Plastic Overmolding)

• Function: Embedded inside plastic products to enhance the structural strength and rigidity of plastic components, preventing deformation.
• Structure: Stamped stainless steel sheet with openings/slots (to improve bonding with plastic), designed for overmolding processes.
• Material: Stainless steel (e.g., 316) — combines corrosion resistance and structural strength.
• Applications: Commonly used in plastic-metal composite components requiring high rigidity, such as home appliances and electronic devices.