CU8118 Leaded Copper Wire C18700, Dia. 2 mm

Leaded Copper Wire C18700, Dia. 2 mm Description

Leaded Copper Wire C18700, with a precise diameter of 2 mm, is an appropriate choice for applications requiring exceptional machinability, corrosion resistance, and strength. Its specific composition includes a carefully controlled amount of lead to enhance machine performance, ensuring smoother, more efficient processes in sectors such as electronics, automotive, and aerospace. Manufactured in accordance with ASTM B301/B301M standards, this copper wire meets stringent quality criteria, enabling reliable and consistent results for demanding projects.

In addition to its excellent machinability, C18700 maintains notable electrical and thermal conductivity, making it suitable for high-performance connectors, electrical contacts, and heat transfer components. Rigorously tested and carefully monitored throughout the manufacturing process, this leaded copper wire guarantees consistent mechanical strength and tolerance control, delivering quality and reliability in every application.

Leaded Copper Wire C18700, Dia. 2 mm Applications

Leaded Copper Wire C18700, Dia. 2 mm, is a versatile metal product recognised for its excellent machinability, corrosion resistance, and thermal conductivity. Its added lead content enhances free-cutting characteristics while retaining the strength and durability of copper. This combination of properties enables the wire to be utilised across various sectors, from electronics to industrial machinery, offering reliable performance in demanding applications where conductivity, formability, and longevity are key considerations.

1. Electronics and Telecommunications

·         Signal Conductors: Provide stable signal transmission in telecommunications and data communication equipment.

·         Component Leads: Serve as durable, easy-to-solder terminals in circuit boards and microelectronic devices.

2. Automotive and Transportation

·         Wiring Harnesses: Used in rugged vehicular environments due to corrosion resistance and efficient connectivity.

·         Battery Connectors: Facilitate reliable power delivery in electric and hybrid vehicle battery systems.

3. Industrial Machinery

·         Motor Windings: Enhance efficiency and reduce overheating in high-performance motor applications.

·         Control and Measurement Devices: Serve as stable conductive elements in precision instruments and sensors.

Leaded Copper Wire C18700, Dia. 2 mm Packaging

Leaded Copper Wire C18700, Dia. 2 mm, is carefully wound onto spools or coils and separated with corrosion-inhibiting materials to protect surface quality. Vacuum-sealed packages preserve cleanliness and extend shelf life, while being enclosed in sturdy exterior cartons to shield against mechanical damage. Custom packaging solutions, including various spool sizes or reel configurations, are available upon request to meet specific transportation and storage requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Leaded Copper Wire C18700, Dia. 2 mm FAQs

Q1: What are the key material properties of Leaded Copper Wire C18700, Dia. 2 mm?

A1: Leaded Copper Wire C18700 is an alloy known for its excellent machinability, augmented by the small addition of lead to the copper matrix. This composition typically results in moderate mechanical strength, good electrical conductivity, and improved resistance to wear. The diameter of 2 mm ensures uniform dimensional stability. Microstructural consistency across the wire improves stress handling, which helps maintain the mechanical integrity and corrosion resistance necessary in demanding applications.

Q2: What are the recommended processing methods for Leaded Copper Wire C18700, Dia. 2 mm to achieve optimal results?

A2: Recommended processes for Leaded Copper Wire C18700, Dia. 2 mm often include cold drawing, bending, and CNC machining due to this alloy’s excellent machinability. Minimal lead content enhances chip formation during cutting, reducing tool wear. Annealing can be performed to restore ductility if needed. Although soldering is generally efficient, care should be taken to prevent lead oxide formation. Proper handling and consistent temperature control ensure optimal dimensional accuracy and surface quality.

Q3: Which quality standards and certifications apply to Leaded Copper Wire C18700, Dia. 2 mm?

A3: Leaded Copper Wire C18700, Dia. 2 mm typically complies with ASTM B140 specifications, which define chemical composition and mechanical property requirements. Additional certifications, such as ISO 9001 for quality management, are commonly sought to ensure consistent production standards. Manufacturers also follow strict internal protocols to verify purity levels, dimensional accuracy, and surface finish. Periodic inspections, including eddy current or ultrasonic testing, confirm compliance with these standards and promote reliable performance.

Related Information

1. Material Properties and Advantages

Made with a controlled lead content, Leaded Copper Wire C18700 is distinguished by its excellent machinability and stability. The 2 mm diameter ensures a consistent cross-section that reduces internal stress points, contributing to excellent fatigue resistance. This composition of copper and lead also provides a strong balance of tensile strength and ductility, essential for applications requiring both structural reliability and ease of forming.

Throughout its lifecycle, this wire maintains stable electrical conductivity, which is particularly helpful in complex assemblies where dependable signal transfer is crucial. The presence of lead further enhances lubricity, reducing friction and wear during repeated bending or coiling. These attributes make Leaded Copper Wire C18700 in a 2 mm diameter a preferred choice for designers seeking both performance and longevity in their end products.

2. Applications in Advanced Industries

Across different high-precision fields, Leaded Copper Wire C18700 in a 2 mm diameter finds use where controlled conductivity and mechanical resilience are necessary. Aerospace systems often capitalise on the wire’s consistent electrical characteristics, leveraging its lead-enhanced microstructure to ensure stable performance in extreme environments. In manufacturing, it is widely chosen for small, detail-oriented components that must function reliably under heavy vibration and stress.

Medical device manufacturers value the wire’s accommodating formability for intricate sensor connectors and electronic monitoring parts. The lead content in C18700 helps streamline complex assembly processes, enabling secure joints in compact implants or specialised diagnostic equipment. Its dependable conductivity and reliable mechanical features contribute to critical functions in advanced sectors where safety and precision are paramount.