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 the Disk-type Glass Composite Insulator?

Disk Type Glass Composite Insulator is a specialized insulator used in high-voltage power transmission systems, characterized by its use of an organic glass shed and a composite core. The shed, made from organic glass, provides excellent dielectric strength and resistance to environmental factors such as UV radiation and pollution. These choices of material make certain that the insulator does not degrade in performance and lifetime under unfavorable circumstances. The core of the insulator is made from some composite material which is very strong and comparatively lighter. This composite core is more critical in the electric insulation and mechanical support system of the insulator to withstand electrical as well as mechanical loads in the transmission line to support and insulate conductors. This design combines characteristics of both groups thus providing an insulator not only for insulating and supporting the power lines but also for long-term reliability with improved resistance to environmental effects.

Features

1. High Dielectric Strength:

As for the electric characteristic, the organic glass of the glass insulator has good insulating performance which is essential to eliminate electric discharge and guarantee the good performance of the insulator in high voltage circuits.

2. Lightweight:

Light weight makes it to be considerably lighter in weight compared to other materials such as conventional glass or ceramics. This leads to a reduction of the weight of the insulator, it becomes easy to handle, install, and maintain compared to a heave insulator while at the same time reducing the mechanical load on the transmission structures.

3. Weather Resistance:

It is quite stable in terms of its ability to resist the action of weather such as UV light and temperature. It assures the effectiveness of the insulator in the long run and, also when exposed to unfavorable weather conditions without affecting its insulating abilities.

4. Impact Resistance:

Organic glass is impact-resistant as compared to normal glass since it does not easily crack even when subjected to some mechanical forces like falling debris or any time of the year natural disasters.

5. Transparency and Aesthetics:

While not the intended purpose, the same can also prove beneficial during the aesthetics or visual checks and the possibility of identifying early signs of any kind of disfigurement or microbial encrustations that may be present on the inspected surface.

Benefits

1. UV Stability:

The nature of the glass in blue glass electrical insulators does not degrade under irradiation by ultraviolet (UV) light and assures long service life in outdoor conditions.

2. Hydrophobic Surface:

The material is inherently hydrophobic which eliminates the chances of surface contamination hence improving the performance of the insulator in a wet or humid environment.

3. Ease of Molding:

It can be shaped into specific and intricate structures for effective insulator performance hence the efficient and mechanically superior structures.

4. Non-Conductive Nature:

being an electrical insulator it reduces the chances of electrical conduction on the surface in cases of high voltage.

5. Eco-Friendly:

Organic glass is relatively better than other materials as it can be recycled and lower environmental impact in manufacturing.

Market Trends

It has a growing market mainly because of the increasing need for efficient and effective methods of transmitting high-voltage power throughout various industries. This is because, as global energy consumption continues to increase especially with the utilization of renewable resources like wind and solar energy, the need for better transmission system has become more important. Thanks to their ability to perform better in extreme environmental conditions and lightweight and highly durable features, these insulators are becoming the most preferred in the current transmission lines. Furthermore, there has been pressure to replace aging power grids in many areas thus expanding the use of these insulators. While governments and utilities are investing in new assets to upgrade their systems to handle increased loads and increased efficiency, glass electrical insulators are being chosen for their long life, low maintenance, and, thus, lower total cost in the long run.

Certificate

Factory

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