CU6083 C18700 Leaded Copper Wire

C18700 Lead Copper Wire Description

C18700 lead-containing copper wire is a versatile copper alloy, recognised for its excellent machinability, high conductivity, and balanced mechanical properties, making it suitable for precision manufacturing applications. Its unique composition facilitates easy processing without compromising strength or performance, making it ideal for electrical components, automotive parts, and various industrial uses. Whether in connectors, terminals, or machined components, C18700 offers reliability and efficiency, suiting sectors where quality and precision are essential.

Specifications for Lead Copper Wire C18700

Typical Chemical Composition (%)

Product Properties

C18700 Lead Copper Wire Applications

• Electrical Components: Commonly used in the manufacture of electrical plugs, terminals, and conductive parts, where exceptional conductivity and precise machining are required.
• Automotive Parts: Due to its machinability and wear resistance, it is employed in automotive components such as fittings, bushings, and valve guides.

C18700 Lead Copper Wire Packaging

Our lead copper wire C18700 is handled carefully during storage and transport to maintain the quality of our product in its original condition.

FAQs

Q1: What is C18700 lead copper wire?

C18700 lead copper wire comprises a copper alloy with a minor lead content (0.8-1.5%), which enhances its machinability while maintaining outstanding electrical and thermal conductivity.

Q2: What are the main applications of C18700 lead copper wire?

It is frequently used in electrical connectors, terminals, wiring looms, electrical systems in vehicles, and other applications where high conductivity and ease of processing are critical.

Q3: Why is lead added to C18700 copper wire?

Lead improves the machinability of the copper wire, enabling smoother cutting, forming, and bending processes without affecting conductivity and overall performance.

Q4: Is C18700 lead copper wire safe for electrical applications?

Yes, it is widely used in electrical applications due to its excellent conductivity. However, it should be used in compliance with regulations regarding lead content in electrical components, especially in environments where adherence to RoHS (Restriction of Hazardous Substances) is required.