10kV 15kV 25kV 35kV Power Composite Deadend Strain Insulator

Composite Insulator (composite insulator), also known as synthetic insulator, non-porcelain insulator, polymer insulator, silicone rubber insulator, etc., its main structure is generally composed of umbrella skirt sheath (hosing and shed) glass and steel core (FRP core
) and end-fitting are composed of three parts.
The umbrella skirt sheath is generally made of organic synthetic materials, such as ethylene propylene rubber, high temperature vulcanized silicone rubber, etc.
FRP mandrel is generally glass fiber reinforced material, reoxy resin as the matrix of glass conforming material;
The end fittings are generally carbon steel or carbon structural steel coated with hot zinc aluminum.

Short production and delivery time: Because the process is shorter than that of porcelain insulators, the production and delivery time is significantly shorter than that of porcelain.
 

Improved resistance to savage damage: it has superior resistance to mechanical shock loads.
5) Speed up the reconstruction of transmission lines: non-porcelain insulators are an emergency product, which can build a temporary line in a very short time. And reduce the cost.

The interface between the core rod and the jacket of the composite suspension insulator has good adhesion, which can effectively prevent the intrusion of moisture and pollutants and ensure the insulation performance of the power system.

A major advantage of suspension insulators is their ability to withstand higher voltages while providing robust mechanical strength. When multiple units are arranged in series, the overall flashover voltage also increases. Thus, the insulator can support voltages ranging from 33kV to several hundred kV.