Porcelain insulators

Porcelain insulators serve as critical insulating components in transformers and power equipment, where their creepage distance directly impacts operational safety and stability. Creepage distance refers to the path length along an insulating surface where current may cause flashover. It is closely related to the insulator's design, surface cleanliness, environmental humidity, altitude, and operating voltage level.

A longer creepage distance ensures more reliable insulation performance, effectively reducing the risk of surface discharge and flashover incidents while guaranteeing continuous and stable operation of power systems. Our porcelain insulator products are designed in strict compliance with international standards, featuring a smooth surface and excellent resistance to pollution flashover. They are suitable for diverse complex environments, ensuring the safe and stable operation of equipment.

Choosing porcelain insulators with the appropriate creepage distance means choosing safety and assurance.