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In power transmission and transformation lines, Preformed Conductor Tension Clamp is frequently used. The main function of Preformed Conductor Tension Clamp is to connect the bare conductors and overhead insulated conductors of distribution lines. The performance of Preformed Conductor Tension Clamp is better than that of bolt-type tension clamps and compression-type tension clamps, which has been recognized by the power sector. In terms of manufacturing process, Preformed Conductor Tension Clamp is mostly made of galvanized steel wire or aluminum-clad steel material, and its mechanical properties can fully meet the use of various power transmission and distribution lines. So, what are the specific features and installation points of Preformed Conductor Tension Clamp?

There are many types of preformed tension clamps, which can be divided into preformed conductor tension clamps, preformed ground wire strain clamps, preformado guy end grip, etc.

In modern power transmission and transformation systems, preformed conductor tension clamp has become the preferred solution for connecting conductors. Compared with traditional bolt-type and compression-type tension clamps, preformed conductor tension clamps have obvious advantages in mechanical performance and reliability. From the perspective of material selection, preformed conductor tension clamps are mostly made of high-strength materials such as galvanized steel wire or aluminum-clad steel. The special preformed structure design not only provides reliable grip, but also effectively protects the conductor from damage. So, what points should be paid attention to during the actual installation process? This article will explain in detail the correct installation method of preformed tension clamps.

The preformed conductor tension clamp is made from galvanized steel and aluminum-clad steel wires, offering outstanding mechanical properties. In addition, its tensile strength can reach over 95% of the conductor’s calculated tensile strength (CUTS), ensuring stable and durable power transmission. This makes it an essential component for power, communication, and transportation systems, providing strong support for lines in various fields.