Key Parameters & Specifications

• Cable Manufacturing: Serves as the core conductor for high-performance power cables, data cables, coaxial cables, and winding wires where low signal loss and high fidelity are critical.

• Automotive Industry: Used in vehicle wiring harnesses, battery cables, and sensors, ensuring stable electrical flow and reliability in harsh operating environments.

• Industrial Robotics: Provides precise and consistent electrical transmission for motor windings, control systems, and power delivery within automated machinery and robotic arms.

• Electronics & Electrical Components: Ideal for internal wiring in transformers, inductors, and other components that benefit from high conductivity and thermal stability.

1. High Purity & Conductivity: The 99.9% purity level means there are minimal impurities (like oxygen) to disrupt the lattice structure of the copper. This results in extremely high electrical conductivity, reducing energy loss as heat and ensuring efficient power or signal transmission.

2. Oxygen-Free Advantage: The absence of oxygen prevents the formation of copper oxide (Cu2O) within the material. Copper oxide is a semiconductor with higher resistance, so its elimination leads to better performance at high frequencies, improved ductility for easier drawing and bending, and superior resistance to hydrogen embrittlement—a failure that can occur in less pure coppers when exposed to high-temperature, reducing atmospheres.

3. Thermal Performance: With a high melting point of 1083°C, the wire maintains structural integrity and electrical properties under high-temperature conditions, making it suitable for demanding applications.