The L-Frame Composite Insulation Crossarms produced by Shandong Taikai Electrical Insulation Co., Ltd. can improve power transmission efficiency, reduce energy loss, and improve line reliability and safety. L-Frame Composite Insulation Crossarms is an indispensable and important component in modern power transmission systems. Through the extensive application of L-Frame Composite Insulation Crossarms, we can improve the operating efficiency and reliability of the power grid to meet the ever-increasing energy demand.
The L-Frame Composite Insulation Crossarms developed by Shandong Taikai Electric Insulation Co., Ltd. has the following advantages.
First of all, the design of the L-Frame Composite Insulation Crossarms can reduce the loss of electric energy during transmission, reduce the resistance and magnetic loss, and thus improve the efficiency of power transmission.
Secondly, the L-Frame Composite Insulation Crossarms has excellent insulation performance, which can significantly reduce leakage current and power loss on the line, and reduce energy waste.The L-Frame Composite Insulation Crossarms has high voltage resistance and mechanical strength, and can effectively protect transmission lines from external influences.
At the same time, it also has self-cleaning and self-maintenance functions, which reduces the occurrence of insulator contamination and creepage, and improves the reliability and safety of transmission lines.The L-Frame Composite Insulation Crossarms has a smooth surface and is less likely to adhere to dust and pollutants. It can resist the influence of pollution in harsh environments and improve the anti-pollution performance of lines.
Finally, the L-Frame Composite Insulation Crossarms is made of special composite material, which has high anti-ultraviolet radiation, weather resistance and aging resistance, and can operate stably for a long time under harsh weather conditions.
dry arc distance |
≥700mm |
Dry lightning impulse withstand voltage |
350kV |
Wet power frequency withstand voltage |
140kV |