Specification

The table above is just one of our product parameters. If you want more information, please get in touch with info@wishpower.net or download the file below.

What is Distribution Transformer Bushings?

This Composite Distribution Transformer Bushing is a superior component compared to porcelain bushing. These bushings generally make use of epoxy resins, silicone rubber, and other high-grade composites that offer high levels of insulation and mechanical strength. It can be resistant to such environmental impacts as moisture, pollution, and UV radiation, which negatively affects traditional porcelain or glass insulators. These bushings utilize composite materials which make them lighter than usual to have less mechanical load impact on the transformer during installation. They also give better electrical insulation that enhances the mechanical strength of the transformer thus enhancing its reliability and durability. They can come with characteristics including self-cleaning to getting rid of interferences or impurities and much more. They also tend to have higher impact and vibration resistance and thus are ideal to be used in harsh conditions. They assist in reducing the probability of electrical faults and hence make the power distribution system safe and efficient.

Features

1. Durability:

These transformer bushings have outstanding resistance to the influence of their environment, including moisture UV, and pollution, which increases the service life of these epoxy resin and silicone rubber transformer bushings.

2. Lightweight:

In comparison with the porcelain bushings used traditionally, the composite ones are considerably lighter which leads to the decrease of the mechanical load upon the transformer and makes its transportation as well as installation easier.

3. High mechanical strength:

One of the greatest advantages of the construction is the usage of composite materials, with great mechanical characteristics. These make these bushings shock and vibration-proof proof hence making it easy to maintain their structural durability in these extreme conditions.

4. Improved insulation properties:

They have excellent electrical insulation, helping to prevent electrical faults and ensure reliable transformer operation.

5. Self-cleaning surface:

The surface possesses a self-cleaning mechanism that prevents dust and other contaminants to adhere on it, sustains insulation, and minimal maintenance.

6. Corrosion resistance:

The materials used on them have good corrosion protection features which are useful when operating in unfavorable environmental conditions and increase their durability.

Composite Bushing VS Porcelain Transformer Bushing

This composite bushing is much lighter in weight, thereby minimizing the mechanical load on the transformer and making it easier to move. They also have good mechanical characteristics, including shock and vibration resistance, something that porcelain bushing may not be very strong in; and therefore can be brittle in such circumstances. They also usually contain better insulating characteristics and can feature a self-cleaning surface so that the accumulating particulate matter is not able to degrade the efficiency; porcelain bushings may need regular cleaning to remain efficient. Moreover, composite materials are relatively immune to corrosion, which is a definite weakness of porcelain bushing where the environment is highly aggressive.

Can it replace porcelain transformer bushings?

It can be concluded that this type of transformer bushing insulator can effectively substitute the usual bushings made of porcelain. Their material, epoxy resin and silicone rubber they use instead of porcelain bushings has several advantages including resistance to moisture, UV radiation, and pollution hence they last long. They are also lighter and therefore afford lower mechanical load on the transformer, thus making their installation easier. Due to the high mechanical characteristics of the materials and their ability to resist shock and vibration, they should be used in locations where it is possible to damage porcelain bushings. Furthermore, the bushings often have better Insulation characteristics and possess a self-cleaning nature in contrast to porcelain bushings. Often, it is a sufficiently suitable and efficient substitute, offering a more contemporary approach to the use of transformers.

Certificate

Factory

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