Why do low-voltage overhead insulated conductors choose to use pressed polymer insulators?

First, pressed polymer insulators show significant advantages in electrical performance. Such insulators are usually made of high-performance polymer materials with excellent electrical insulation properties and low dielectric losses. This means that they can effectively prevent current leakage, reduce energy loss, and provide higher safety. Compared with traditional ceramic insulators, pressed polymer insulators can maintain stable electrical properties over a wider temperature range, which makes them very suitable for applications in various climatic conditions.

Secondly, durability and reliability are one of the important features of pressed polymer insulators. Due to its material properties and design structure, this insulator has excellent impact resistance and mechanical strength, and can withstand the test of severe weather conditions such as strong winds, heavy rains and even hail. In addition, polymer materials are not easy to break, and are not prone to cracks or breakage even under accidental impacts or natural forces, thereby extending the service life of the product. This is crucial for low-voltage overhead lines that require long-term stable operation.

Furthermore, easy installation is also an important reason for choosing pressed polymer insulators. Compared with heavy and fragile ceramic insulators, pressed polymer insulators are lighter and easier to carry and install. Their design usually takes into account the actual needs of on-site construction, and they are easy to fix and can be installed without complex tools or techniques. This not only improves work efficiency, but also reduces the risk of damage caused by improper operation and reduces maintenance costs.

In addition, pressed polymer insulators are outstanding in environmental adaptability. They can resist the influence of adverse factors such as ultraviolet radiation, chemical corrosion and salt spray erosion, and are particularly suitable for use in coastal areas or environments with severe industrial pollution. Some advanced pressed polymer insulators also use special surface treatment technology to further enhance their anti-fouling ability and reduce the need for cleaning and maintenance.

From an environmental perspective, pressed polymer insulators also show a positive side. Many manufacturers are committed to developing recyclable material formulas, which can be effectively recycled after the product life cycle, reducing the burden on the environment. At the same time, the waste generated during the production process is relatively small, which is in line with the current trend of green manufacturing.

Finally, with the development of technology, pressed polymer insulators are still innovating. For example, the application of some new materials makes the insulator self-cleaning, which can remove surface dirt by washing with rainwater and maintain good insulation. In addition, the integration of intelligent monitoring systems has also become possible, which can monitor the status of the insulator in real time through sensors, and timely warn of potential faults to ensure the safe and stable operation of the power grid.

In summary, low-voltage overhead insulated conductors choose to use pressed polymer insulators because they provide excellent electrical performance, high durability, convenient installation methods, and excellent environmental adaptability and environmental protection characteristics. These advantages work together to not only improve the overall efficiency and reliability of the power transmission system, but also lay a solid foundation for the development of future smart grids. Through continuous technological progress, pressed polymer insulators will continue to bring more possibilities and value to the power industry.