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The use of the flexible bonding characteristics of the pre-twisted structure to absorb vibration energy is the main method to reduce the vibration of the conductor. Dispersing vibration stress through precise installation location planning is an important way to improve the damping effect. Combining conductor parameters and environmental conditions to select the appropriate helical armor rods for overhead line model is the basis for effective damping.

​Protecting the wire from physical damage and environmental erosion is the most basic purpose of helical armor rods for overhead line. Improving the mechanical properties and operating stability of transmission lines is another purpose of helical armor rods for overhead line. Reducing the operation and maintenance costs and safety risks of transmission lines is an important purpose of helical armor rods for overhead line from the perspective of practical application.

The disadvantage of corona discharge is that it will cause targeted damage and performance loss to equipment in different scenarios. Corona discharge can also cause cross-scenario health and compliance risks, posing multiple pressures on buyers.

From the point of view of the operation of the transmission line, the necessity of spiral vibration damper​ is reflected in the precise suppression of breeze vibration. From the perspective of the whole life cycle cost that buyers are most concerned about, the investment of spiral vibration damper is an important part of achieving long-term cost optimization.

The first hazard of unconnected grounding wire clamp​ is that it directly threatens the service life and operating stability of electrical equipment, and even causes permanent damage to the equipment. In a normally operating power system, non-charged components such as equipment housings and metal brackets may produce induced voltage or leakage current due to factors such as aging of the insulation layer, line failure, or lightning strikes.

Our corona ring coil adopts a streamlined arc structure, and the curvature and diameter of the ring body are accurately optimized through finite element analysis software, so that the electric field strength on the surface of the conductor can be evenly dispersed to the surface of the ring body, completely eliminating the concentration of the electric field, and avoiding the generation of corona discharge from the source.