- Good conductivity: Copper has high conductivity, and the flat structure increases the current transmission area, which can effectively reduce resistance and reduce power loss.
- Strong flexibility: The braiding of multiple copper wires makes it soft and bendable, and can be flexibly wired in small spaces or equipment with complex shapes.
- Good heat dissipation: The flat shape increases the contact area with the air, which is conducive to heat dissipation and can maintain good heat dissipation.
- Good vibration resistance: The fine wire braiding structure can absorb vibration energy, disperse external forces, reduce vibration and impact damage to the wire, and is suitable for equipment with vibration.
- Excellent corrosion resistance: Copper itself has a certain corrosion resistance. After tinning, silver plating and other treatments, its oxidation resistance and corrosion resistance can be further improved.
- Power field: used as grounding wires, busbar connections, etc., to ensure the safe operation of power equipment and improve power transmission efficiency.
- Electronic equipment: used for internal connections of computers, mobile phones, TVs, etc., can transmit signals and power, reduce electromagnetic interference, and improve equipment stability.
- Automotive industry: manufacturing automotive electronic equipment connection lines, battery pack connections, etc., to meet the electrical conductivity and heat dissipation requirements in automotive vibration environments.
- Communications engineering: in communication base stations, optical fiber transmission and other systems, it can be used as signal transmission lines and shielding lines to ensure communication quality.
During the production process, Quande Electronics follows extremely rigorous process standards and quality control procedures, and every link is strictly tested.