Insulator series

Insulator is a kind of special insulation control, which can play an important role in overhead transmission lines. In the early years, insulators were mostly used for telephone poles, and slowly developed in the high voltage wire connection tower with a lot of disk-like insulators, which is to increase the creepage distance, usually made of glass or ceramic, called insulators.

Insulators can be divided into suspension insulators and pillar insulators according to different installation methods; According to the different insulating materials used, it can be divided into porcelain insulators, glass insulators and composite insulators (also known as synthetic insulators); According to the use of different voltage levels, can be divided into low voltage insulator and high voltage insulator; According to the different environmental conditions used, the antifouling insulators used in dirty areas are derived; According to the different types of voltage used, DC insulators are derived; There are a variety of special purpose insulators, such as insulation cross arm, semiconductor glaze insulators and power distribution tension insulators, bobbin insulators and wiring

Insulator series

Pilot Insulator Pin / Transmission Insulator Pins

Pilot Insulator Pins and Transmission Insulator Pins are components used in electrical power transmission systems, specifically in overhead lines. They serve to electrically insulate the conductors from the supporting structures, such as poles or towers, and to support the weight of the conductors.
D type iron is a kind of electric power fittings, ‌ is widely used in electric power system, ‌ is used as line iron accessories. ‌ It is usually treated with hot dip galvanizing, ‌ to improve its corrosion resistance and prolong its service life. ‌D type iron design meets the needs of power system, ‌ can effectively support and fix wires, ‌ cables and other power equipment, ‌ to ensure the safety and stability of power transmission. ‌
An "Insulator Pin with Small Steel Head" is a type of electrical insulator hardware used primarily in overhead power line systems. It is a component that serves to secure and support insulators, which are crucial for electrically insulating the power lines from their supporting structures.
Pole Top Pin is used with pin insulators on 11kv/33kv distribution lines, power transmission lines, and overhead power lines. Pole Top Pins are essential for ensuring the stability and integrity of various overhead transmission and distribution systems. Their high-strength construction, corrosion resistance, and ease of installation make them a reliable choice for utility, industrial, and power distribution projects.
Secondary Rack comes in three different class and type of application; either single, two or three spool type for light, medium and heavy duty class respectively. Secondary Racks are essential for ensuring the stability and integrity of various power distribution systems. Their high-strength construction, corrosion resistance, and ease of installation make them a reliable choice for utility, industrial, and telecommunications projects.
Aluminum Binding Wire is a type of wire made from aluminum, known for its strength, durability, and resistance to corrosion. It's versatile and can be used in a variety of applications, including construction, manufacturing, and electrical work. This wire is also commonly used in book binding due to its ability to securely bind pages together.
The "Insulator Pin with Large Steel Head" is a component used in electrical power transmission and distribution systems to support and secure insulators, which in turn hold power lines away from their supporting structures to prevent electrical discharge.
An "Insulator Spindle" or "Pin" plays a pivotal role in the infrastructure of electrical power systems, particularly in the support and secure placement of insulators. These insulators are indispensable for preserving electrical insulation in overhead power lines, substations, and various other electrical configurations where preventing electrical arcing and ensuring the safe transmission of power are paramount.

Our Advantage

1.Compact structure ‌ :

The compact design of the insulator accessories can effectively reduce the space occupation, while ensuring its functionality and stability.

‌ 2.Smooth surface ‌ :

A smooth surface reduces the likelihood of moisture and other impurities adhering, thereby reducing the risk of electrical performance degradation or short circuits due to impurities.

‌3. No moisture ‌ :

The characteristics of no moisture absorption ensure that the insulator accessories can maintain good insulation performance in damp environment, and avoid the deterioration of insulation performance caused by moisture absorption.

‌ 4.Sufficient insulation strength and mechanical strength ‌ :

this means that the insulator accessories can be stable under high voltage and mechanical load, and is not easy to damage, thus ensuring the safety of the power system.

  • Safety

  • Easy To Use

  • Easy To Install

  • Widely Used

Solution

Faq

  • What are the advantages of Insulator Fitting?

    The advantages of Insulator Fitting‌ ‌ mainly include compact structure, smooth surface, non-moisture absorption, sufficient insulation strength and mechanical strength. These advantages enable the insulator accessories to work stably in various environments and ensure the safe operation of the power system

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