Electrical Brass Switch Socket Part

A: Production utilizes standard electrical brass (CuZn37 / H62), free-cutting brass (C36000 / CuZn39Pb3), and high-elasticity copper alloys including phosphor bronze (CuSn6) and beryllium copper for contact clips requiring persistent spring memory.

A: Yes. To optimize material costs while maintaining low electrical resistance at contact points, selective electroplating, silver spot welding, or silver rivet inlay methods are applied strictly to active contact zones.

A: Material selection prioritizes cold-rolled strip stock with controlled grain structures. Stamping dies are aligned along the optimal rolling direction to maximize tensile strength and minimize spring fatigue across repeated switching cycles.

A: Yes. Production workflows integrate high-speed progressive stamping with secondary automated in-die or post-stamping CNC tapping and threading units, allowing single-process delivery for complex terminal components.

A: Batches undergo rigorous first-article inspection (FAI), in-process patrol checks, and 100 percent automated optical sorting (CCD) to screen out dimensional deviations, burrs, and plating defects prior to final packaging.

A: New progressive stamping tool fabrication and initial sample production typically require 12 to 18 calendar days, depending on part geometry complexity and cavity count.

A: Components are packed in custom anti-static vacuum-formed trays or layered with VCI (Volatile Corrosion Inhibitor) anti-rust paper inside heavy corrugated export cartons to prevent bending, scratching, or oxidation during transit.

A: Each shipment is dispatched with a comprehensive Material Test Report (MTR), dimensional inspection report sheets, plating thickness verification records, and Certificate of Conformity (CoC).