Due to its simple manufacture, low cost, easy installation and the ability to reduce the height of the tower (due to the vertical installation of the insulator, the grounding part is below), it is widely used for insulation and supporting conductors in high-voltage overhead power lines in common and polluted areas where the nominal voltage of three-phase power system is 6 ~ 35kV and the frequency does not exceed 100Hz. The pin insulator is composed of an insulating part and a steel pin, which is a rigid insulator with a steel pin fixed inside the insulator to install the insulating part rigidly on the support structure.An insulator may consist of one or more insulating parts permanently connected to each other.
1.Structural Design: Pin insulators usually have a specific structural design to ensure that they can effectively support the weight of power lines and provide good electrical insulation properties. This includes appropriate shapes and sizes to meet specific electrical and mechanical requirements.
2.Anti-fouling performance: Insulators are usually designed to have good anti-fouling properties to ensure stable electrical performance under harsh weather conditions. This is critical to maintaining system reliability and stability.
3.Weather Resistance: 36 kV PE Pin insulators need to have good weather resistance in order to be used in outdoor environments for a long time without significant aging or damage.