China sturdy tension clamp Manufacturers Factory Suppliers

It is a kind of overhead power accessories and it's used to terminate 4-core of aerial bundle conductor. Its function is fixing and tightening the insulation conductor. The advantage of it is easy

This series of Wedge Tension Clamp has the advantages of convenient use, good energy saving effect, small damage to the wire, reasonable structure and stable performance.

This series of Wedge dead end Clamp has the advantages of convenient use, good energy saving effect, small damage to the wire, reasonable structure and stable performance.

A type of wire clamp, which is widely used to support telephone drop wire at span clamps, drive hooks and various drop attachments.

The body of Sigle U Bolt Strain Clamp is made of high-strength aluminum alloy. It is normally used for 10mm2-50mm2 ACSR conductor.

The Metal Dead End Clamp is designed for service line with 2 or 4 conductors.These Dead End Clamps are easy to install without tools and suitable for various climatic conditions.

THA anchoring clamp is used to fix 2 or 4 core typically between the pole and the fascia board. The unique design of plastic clamp enables the cable direction to be a 90 degree opposite configuration

These Anchor Tension Clamps are made of one opened conical fibre glass reinforced body, a pair of plastic wedges and a flexible bail. Different sizes offer a wide range of gripping capacities and

The bolt quantity of the tension clamp can be changed according to the customer's requirements.The clamp body and keepers are aluminum alloy, the cotter-pin is stainless steel, the other parts are

This Strain Clamp is usually used in low-voltage lines, has good conductive wire performance, and is easy to install. The minimum tensile strength is not less than 40KN.

The wedges make it clamped.Special fibre glass reinforced plastic and aluminum alloy body could resist weather.

The compression strain clamp is used to fix and connect conductor onto the tension insulator string or the fittings on pole and tower through sustaining tensile force generated by the conductor.