271 End Cap

1、 Problem Analysis

As the usage time of the original car material increases, the copper core gradually decreases, resulting in a decrease in circuit transmission efficiency, such as slow response and charging of electronic devices; The signal is susceptible to interference, such as audio noise and inaccurate navigation positioning; The stability of the entire vehicle is affected, resulting in shaking and jolting during driving; Some key electrical equipment is working abnormally, endangering driving and passenger safety.

2、 Advantages and improvement effects of PTFE material

PTFE material has excellent hydrodynamic properties, which can adapt to complex automotive environments, reduce water erosion on circuits, and lower the risk of copper core weakening; Accurately solving copper core related issues, with excellent insulation and conductivity performance, strong anti-interference ability, and ensuring circuit stability; Significantly improve the overall performance of the car, significantly enhance reliability and stability under complex road conditions and long-term use, and provide a safer and more comfortable driving experience; Simultaneously reducing maintenance costs and time caused by circuit issues, and improving vehicle availability.

3、 Summary and outlook

The problem of raw material affects performance, and PTFE material effectively overcomes the challenge, significantly improving the overall performance of automobiles. In the future, it should be further promoted and applied in automobile manufacturing to enhance the quality of automobiles.