CU8117 Leaded Copper Wire C18700, Dia. 1.5 mm

Leaded Copper Wire C18700, Dia. 1.5 mm Description

Leaded Copper Wire C18700 with a 1.5 mm diameter is valued for its excellent machinability, corrosion resistance, and reliable electrical conductivity. The presence of lead in this alloy enhances its free-cutting properties, enabling efficient and precise machining in both large-scale production and intricate component fabrication. Its balanced composition ensures reliable mechanical strength, making it a dependable choice for applications where durability and consistent performance are critical.

Manufactured in accordance with ASTM B301/B301M standards, this wire undergoes stringent quality control measures to meet precise industry requirements. Commonly employed in electrical connectors, switches, and various hardware fittings, the C18700 alloy offers a combination of ductility and conductivity. Whether used in challenging environments or demanding operational settings, this leaded copper wire delivers long-lasting results with minimal maintenance.

Leaded Copper Wire C18700, Dia. 1.5 mm Applications

Leaded Copper Wire C18700 with a diameter of 1.5 mm is valued for its exceptional machinability and reliable electrical performance. This specialised alloy’s lead content enables easy soldering while maintaining strong corrosion resistance in diverse environments. Its good thermal conductivity and mechanical strength make it a valuable choice for industries that require durability and precise fabrication. Consequently, it finds wide application in electrical, automotive, and manufacturing sectors.

1. Electrical and Electronics

·         Circuit Breaker Components: The wire’s excellent conductivity and mechanical resilience support reliable performance in high-voltage switching devices.

·         PCB Connectors: Easy soldering and strong corrosion resistance enhance circuit integrity in various electronic assemblies.

2. Automotive and Transportation

·         Wiring Harnesses: The wire’s ductility and conductivity allow for secure and efficient power distribution throughout vehicle systems.

·         Sensor Leads: Durable construction ensures consistent signal transmission, meeting precise requirements in safety and monitoring devices.

3. Industrial Machinery

·         Valve Stems: High corrosion resistance and robust soldering capabilities promote long-lasting components for fluid control systems.

·         Motor Windings: Specialised properties support efficient heat dissipation and stable electrical performance under heavy loads.

Leaded Copper Wire C18700, Dia. 1.5 mm Packaging

These 1.5 mm diameter Leaded Copper Wire C18700 spools are carefully wound onto sturdy reels and wrapped with foam or corrugated guards for added safety. Each reel is then vacuum-sealed in moisture-resistant plastic to minimise corrosion and oxidation. Desiccant pouches are added to further protect the metal’s integrity. The packaging can be customised with specific spool sizes, labeling, and additional cushioning materials to meet unique transportation or storage needs.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Leaded Copper Wire C18700, Dia. 1.5 mm FAQs

Q1: What are the key material properties of Leaded Copper Wire C18700, Dia. 1.5 mm?

A1: Leaded Copper Wire C18700, with a diameter of 1.5 mm, typically comprises copper with a small percentage of lead (around 0.8–1.0%) to enhance machinability, reduce friction, and improve overall performance. It offers moderate tensile strength and a balance of electrical and thermal conductivity, making it suitable for diverse applications. The presence of lead also facilitates cutting and forming without compromising ductility or corrosion resistance.

Q2: How can this product be processed or fabricated?

A2: Leaded Copper Wire C18700 can be processed through cold drawing, precision cutting, bending, and soldering. Its lead content enhances machinability, allowing for easy chip formation during turning or milling. Heat treatment is typically minimal due to its composition, but stress relief annealing may be applied if necessary. This wire is also readily joined through brazing or soldering for reliable connections.

Q3: Which quality standards and certifications apply to Leaded Copper Wire C18700, Dia. 1.5 mm?

A3: Leaded Copper Wire C18700, Dia. 1.5 mm, is commonly produced in accordance with ASTM B140 or equivalent specifications that define chemical composition, mechanical properties, and dimensional tolerances. Manufacturers typically maintain ISO 9001-based quality management systems, ensuring consistent manufacturing processes and traceability. Material certifications often include mill test reports verifying provenance and purity. Additional compliance with RoHS and REACH regulations is frequently confirmed as required.

Related Information

1. Material Properties and Advantages

Leaded Copper Wire C18700 is distinguished by its enhanced machinability, attributed to the precise lead content integrated into the alloy. This composition allows the wire, in its 1.5 mm diameter form, to be easily formed and shaped while maintaining high structural integrity. Engineers appreciate the material's ability to efficiently disperse heat, making it suitable for both electrical and mechanical applications. Its superb electrical conductivity also contributes to reduced energy losses when this wire is employed in various high-performance settings.

The advantageous properties extend beyond just workability and electrical conductivity. Resistance to general corrosion makes C18700 a popular choice for use in challenging environments where reliability is critical. Moreover, the presence of lead in the alloy improves lubrication on the metal surface, resulting in minimised friction during fabrication. This advantage can significantly extend the service life of components, reducing the need for premature replacements or frequent maintenance interventions.

2. Manufacturing Process

Manufacturing the C18700 wire with a 1.5 mm diameter involves carefully controlled stages that prioritise both consistency and product quality. The wire typically undergoes processes such as casting into continuous bars, which are subsequently drawn through a series of dies to reach the desired thickness. Each step is monitored in real-time to ensure a uniform diameter, smooth finish, and compliance with stringent industry specifications.

Once the initial forming activities are completed, the wire may be subjected to additional treatments or finishes as required by specific end-user demands. Thermal treatments can be applied to adjust the mechanical characteristics, such as tensile strength or ductility, while surface cleaning ensures the wire remains free of contaminants. These measures help guarantee that each spool of Leaded Copper Wire C18700, Dia. 1.5 mm meets the exact performance needs set by diverse industries, from electronics manufacturing to specialised mechanical applications.