China Aluminium Alloy Wedge Type Tension Clamp Manufacturers Factory Suppliers

The cotter pin of the wedge type strain clamp is stainless steel and the other parts are steel.All ferrous parts are hot-dip galvanized.

The tension clamp of NLL series are generally called bolted type tension clamp or aluminium alloy gun type strain clamp,which are used for fixing aluminium wire or steel core aluminium wire on the

The Backup Clamp is suitable for aerial line up to 220kV, fixing aluminium wire or steel core aluminium wire on the strain pole.

The tension clamp is suitable for aerial line up to 220kV, fixing aluminium wire or steel core aluminium wire on the strain pole.

Tension clamp refers to the hardware used to fix the wire to bear the tension of the wire and hang the wire to the tension string or tower.

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.

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

The wedge type tension clamp is mainly composed of clamp body,thread clamp piece and rod.The conductor is placed in the clamp body wrapped by thread clamp piece.The clamp body tightly hold the

The insulated tension clamps are easy to install without tools and available for both bracket and hook installation to wooden,concrete or steel poles.

The wedge strain clamp body and wedge are malleable iron or steel according to required breaking load. All ferrous parts are hot-dip galvanized and steel except the stainless steel cotter-pin.

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.