News

​Preformado Wire Guy Grip is mainly used to fix the wires of poles and towers in power transmission and distribution systems, which can effectively prevent the cables from being blown by wind and hit by external forces. In communication networks, wire guy grips also play an important role, used to fix the wires of communication poles and towers to ensure the smooth flow of communication lines. In addition to the power and communication industries, it is also widely used in infrastructure construction such as railways, roads, bridges, etc. to fix and support wires. If you are choosing a Preformado Wire Guy Grip, you must take a closer look at the precautions that will be introduced in this article!

Preformed Wire Guy Grip is a widely used fixing tool in various structures. Its high strength, durability and easy installation make it play an important role in many fields. This clamp not only performs well in improving structural stability, but also has many superior properties, adapting to complex and changing working environments. Next, we will explore the main advantages of Preformed Wire Guy Grip and its common uses in detail.

Preformed Ground Wire Strain Clamp uses multiple spiral preformed wires to form an empty tube. The empty tube forms an inward compression force under tension. The greater the tension, the greater the pressure. There are two types: twisted and non-twisted. It is mainly composed of preformed wires for protecting wires, preformed wires for tension resistance, U-shaped hanging rings, extension rods and embedded rings. preformed tension clamps are divided into preformed conductor tension clamps, preformed wire tension clamps and Preformed Ground Wire Strain Clamps. Among them, Preformed Ground Wire Strain Clamp is made of high-strength galvanized steel wire or aluminum-clad steel wire, with excellent tensile strength and corrosion resistance, and can effectively withstand the tension load of the ground wire under various climatic conditions.

There are many types of preformed tension clamps, which can be divided into Helical Tension Clamp For Conductor, preformed ground wire tension clamp, preformed tension clamp for cable, etc. The structure of Helical Tension Clamp For Conductor is very simple. The two legs of the clamp are twisted to form an empty tube, and the rear is a preformed twist ring. The two legs can generate a strong grip when wrapped around the conductor or cable, and the twist ring is used to fix it on the insulating porcelain or pole tower or ground anchor. The unique principle and structure make the preformed tension clamp have distinctive characteristics!

In power transmission and transformation lines, Helical Tension Clamp For Conductor is frequently used. It is a connector designed specifically for power lines. The main function is to connect bare conductors and overhead insulated conductors in distribution lines. In terms of manufacturing process, Helical Tension Clamp For Conductor is mostly made of galvanized steel wire or aluminum-clad steel, and its mechanical properties can fully meet the use of various power transmission and distribution lines. So what are its characteristics?

The Preformed Helical Suspension Clamp is mainly used for overhead power lines or substations. It is used to hang conductors and lightning conductors on insulators or lightning conductors on poles and towers through connecting fittings. It can also be used to support transposed conductors on transposed towers and fix non-linear pole tower jumpers. Under normal operating conditions, it mainly bears vertical loads, but not stranded wire tension. It is usually used with connecting fittings to connect the conductors and insulators in series and hang them together on the crossarms of the tower. It can not only effectively protect the conductors, but also its smooth outer contour reduces corona discharge. The double-pivot Preformed Helical Suspension Clamp can also be used for long-distance transmission lines across rivers and poles with large corners. Now that you know the advantages, do you know what parts it is made of? What role does each of its components play?