The glass insulator consists of three parts: a steel cap, tempered glass insulation, and steel feet, which are tightly bonded with cement adhesive to form a key structure that supports the conductor and isolates the current.

The glass insulator consists of three parts: a steel cap, tempered glass insulation, and steel feet, which are tightly bonded with cement adhesive to form a key structure that supports the conductor and isolates the current.

Insulators are a special type of insulation control that can play an important role in overhead transmission lines. In the early years, insulators were mostly used for utility poles, but gradually developed to include many disc-shaped insulators hung at one end of high voltage power line connection towers to increase the creepage distance.

Composite insulator is a multiple insulation structure composed of multiple insulation materials, mainly used to replace traditional porcelain and glass insulators, and to undertake the dual functions of supporting wires and electrical insulation in power systems.

Composite insulator is a multiple insulation structure composed of multiple insulation materials, mainly used to replace traditional porcelain and glass insulators, and to undertake the dual functions of supporting wires and electrical insulation in power systems.

Composite insulators are widely used in power transmission lines, substations, and electrical equipment such as motors, generators, transformers, circuit breakers, cables, and insulating rods.

The high-voltage line rod shaped composite suspension insulator is composed of three parts: insulation core rod, silicone rubber umbrella sleeve, and connecting fittings at both ends.

High voltage line composite needle insulators have high bending resistance, torsional strength, impact resistance, seismic resistance, and superior explosion-proof performance. The internal insulation is reliable, lightweight, and easy to install, making it an ideal replacement product for traditional needle type porcelain insulators.

Composite cross arm insulators can effectively utilize narrow corridors for voltage transmission and are suitable for urban network technology renovation. They can reduce tower height and save a lot of manpower, material resources, and financial resources. Due to their high bending strength, they can prevent cascading fracture accidents that are prone to occur on cross arms, making them products that cannot be replaced by ceramic cross arms; Small size, light weight, strong shock and impact resistance, no need for manual cleaning, providing a guarantee for safe operation.

The 35KV, 66KV, 110KV, and 220KV windproof composite series products are suitable for use with high-voltage line jumpers. They can effectively prevent jumper wires from drifting in the wind, ensuring insulation distance between phases and ground. Also known as hard jumper insulators, they eliminate phenomena such as line tripping, wire arc burns, broken strands, and broken wires caused by jumper wires. Solved the important hidden danger of conductor swaying in the wind that threatens the safe and stable operation of overhead transmission lines.

Composite pillar insulators have good bending resistance, strong anti fouling ability, strong impact resistance, good shock and anti brittle fracture performance, small size, light weight, easy installation, maintenance free, no manual cleaning, and interchangeability with porcelain

This series of products draws on the advantages of porcelain insulators and silicone rubber insulators: the solid pouring structure of the end connection fittings and porcelain core discs maintains the stable and reliable mechanical tensile strength of the original porcelain insulators.

10KV transmission and distribution lines are the most commonly used voltage level lines in power systems. Due to the generally low insulation level of 10KV lines, they are difficult to withstand the effects of direct lightning strikes or induced lightning.

Insulators are a special type of insulation control that can play an important role in overhead transmission lines. In the early years, insulators were mostly used for utility poles, but gradually developed to include many disc-shaped insulators hung at one end of high voltage power line connection towers to increase the creepage distance.

Product Model:P-6M;P-6T;P-10M;P-10T;P1-10T

High voltage porcelain cross arm insulators are used for insulation and supporting conductors in high-voltage overhead transmission and distribution lines. They can replace suspension insulators and pin insulators.

Used in power frequency AC or DC overhead power lines, for pulling or tensioning wires on poles and for insulation purposes. The surrounding environment temperature of its installation and use location is -40 ℃~+40 ℃, and the altitude does not exceed 1000m.

Used for insulation and fixing conductive parts on tram lines and crane sliding contact lines. The ambient temperature around its installation and use location is -40 ℃ -+40 ℃, and the altitude is not high Exceeding 1000m.

Product Model：PD-1T；PD-1M；PD-2T；PD-2M；PD-2W

High - voltage Code：U70C/200；U70CN/200；U100C/200；U100CN/200