U70BP GLASS INSULATOR

New Products / New Technology

This exhibit is the U70BP high-voltage line pollution-resistant disc-type suspension glass insulator, specifically designed for harsh industrial pollution and high-humidity environments. Manufactured from high-strength tempered glass, it offers excellent arc resistance and thermal shock resistance with a low self-explosion rate. The product features a reliable structure, large creepage distance, and strong hydrophobicity, effectively preventing pollution flashovers and ensuring the safe and stable operation of power grids in complex environments. Suitable for high-voltage and extra-high-voltage transmission lines, it is an optimal choice for pollution control in power grid applications.

U160B GLASS INSULATOR

New Products / New Technology

This exhibit is a U160B-type high-voltage line disc-shaped suspension glass insulator. Constructed from tempered glass, this product offers significant advantages including zero spontaneous breakage, maintenance-free operation, and an extended service life. It features high mechanical strength with a rated mechanical load of 160kN and superior electrical performance, effectively withstanding high-voltage loads in harsh environments. With an advanced structural design and stable, reliable performance, this insulator model is widely used in ultra-high voltage transmission lines, substations, and critical crossing sections, making it an ideal choice for ensuring the safe and efficient operation of power grids.

U120BP AERODYNAMIC TYPE GLASS INSULATOR

New Products / New Technology

This exhibit is the U120BP aerodynamic high-voltage line disc-type suspension glass insulator. Its skirt has been aerodynamically optimized to effectively reduce wind resistance while offering excellent resistance to pollution flashover and self-cleaning capabilities. With a rated mechanical load of up to 120kN, it is manufactured from high-strength tempered glass featuring zero-value spontaneous breakage characteristics, facilitating line inspections. This model is particularly suitable for ultra-high voltage transmission lines in coastal, windy, and polluted areas, significantly enhancing line safety and stability under complex meteorological conditions.