Firstly, this cable has excellent temperature resistance. Due to its use of high-purity organic silicon materials, it can maintain stable transportation signals and supply power at the Ji end temperature, and can be used normally within the range of -60 ℃ to+200 ℃. This makes it an indispensable choice for many long-term work scenarios that require withstanding high or low temperature environments.

In addition, the cable also has outstanding anti-aging and weather resistance characteristics. Compared to traditional rubber materials, it can still maintain good electrical performance and mechanical strength even when exposed to harsh environments for longer periods of time. This means that silicone rubber cables can play a stable and reliable role in places with frequent climate change or the presence of corrosive substances.

In addition, this cable also has high insulation properties and fire resistance. Its excellent dielectric strength enables it to effectively prevent current leakage and provide a safer and more reliable power supply environment. At the same time, when exposed to open flames, silicone rubber materials will not quickly lose their own structure and have a certain degree of inhibitory effect on combustion diffusion, thereby reducing the potential damage to facilities and personnel caused by fire accidents.

Based on the above characteristics, this cable has been widely used in multiple industries. Firstly, in the field of automobile manufacturing, due to the high internal temperature and complex and variable environment of automobile engines, the use of this cable can ensure normal signal transmission and stable operation of the circuit. Secondly, in the aerospace industry, there is a need for a large number of cables that operate for a long time and withstand low and high temperature tests inside aircraft cabins. This cable has the characteristics of temperature resistance and resistance to aging, and is suitable for power connection of various electrical equipment inside aircraft.