It is suitable for use in electronic components, electrical assemblies, andi / O terminals, and applications where both conductive properties and machining quality are critical. Custom sizes and specifications are available to support prototyping, small-lot production, and stable volume supply.

Manufacturing & Customization Capability

Brass slotted special threaded components integrate both conductive and mechanical functions, making them a key reference for evaluating precision machining capability and material performance in electrical connection applications.

We manufacture these components using selected brass and copper alloys such as C3604 and C6801, ensuring stable electrical conductivity and mechanical properties. High-precision CNC turning and milling processes, combined with multi-axis fixturing systems, are applied to control slot geometry, edge quality, installation fit, and dimensional consistency.

To meet different application requirements, multiple surface finishing options are available, including tin plating, nickel plating, gold plating, and passivation treatments. These processes enhance oxidation resistance, connection stability, and wear resistance. For high-current, high-frequency, or corrosive environments, material selection and structural optimization support can be provided to facilitate design validation and mass production readiness.

Both standard specifications and custom designs with special outer diameters, tight tolerances, or dual-end machining can be supported, covering prototyping through stable mass production.

Industry Applications

• Power & Electrical Equipment Manufacturing: Used in grounding terminals, conductive posts, and connection nuts for reliable electrical contact installations. Ideal for electrical connectors and industrial power distribution systems.
• Electronic Components & Precision Modules: Applied as PCB contacts, miniature electrical connectors, and thermally conductive support components in precision assemblies.
• Telecommunication & RF Equipment: Designed for high-frequency connection systems, providing stable electrical conductivity, low signal loss, and easy maintenance or replacement.
• Industrial Automation & Control Systems: Used in control terminals, plug-in modules, and sensor mounting points, ensuring contact stability, assembly efficiency, and compatibility with automation connectors.
• Medical Equipment & Precision Diagnostic Instruments: Applied in high-precision, high-reliability contact components, ensuring stable conductive performance in medical-grade assemblies.
• New Energy & Battery Module Systems: Used in battery module terminals, conductive modules, and fuse connection structures to enhance conductivity efficiency and simplify system maintenance.