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Suspension glass insulator structure determines advantages

Nov 18, 2020

Suspension glass insulator structure determines advantages



 The structure of suspended glass insulators determines their advantages. They play a very important role in the use of insulators. The amount of use is very large. Their applications can be seen at high altitudes and in some harsh environments. In today's content, we will give you a detailed explanation.

  Insulators are often affected by the gravity and tension of the wire, wind, the insulator's own weight and other mechanical forces during operation. Relevant standards have strict requirements on mechanical performance regulations. Outdoor insulators are required to be able to withstand sudden changes in temperature. When the glass insulator is damaged, the glass fragments near the steel cap and iron feet are stuck, and the mechanical strength of the remaining part of the insulator is sufficient to prevent the insulator from breaking off. The raw materials used to make glass insulators are more stable than electric porcelain raw materials in terms of their own composition, creating good conditions for stabilizing the electrical and mechanical properties of glass. In addition, due to the high mechanical strength of the surface layer of the glass insulator, the surface is not prone to cracks. The electrical strength of glass generally remains unchanged during the entire operation, and its aging process is much slower than porcelain.

  Suspended glass insulators are deliberately increasing in size, and the application of traditional porcelain insulators is reflected in many environments. It looks beautiful and has a self-cleaning effect, without any maintenance. If you want to know more, please pick up the phone in your hand and contact me.


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