Product Categories

Aluminum Conductor Composite Core

[6]

Aluminum Alloy Vibration Damper

[13]

Automatic Splice

[21]

Contact Now

Guangzhou Xinyuan Hengye Power Transmission Device Co., Ltd

Visit Website

Province/State:guangdong

Country/Region:china

Contact Person:MrScott chou

View Contact Details

Contact Now

High Voltage Cable Suspension Clamp Forged Steel Materials With Socket Clevis

Name: High Voltage Cable Suspension Clamp Forged Steel Materials With Socket Clevis
Brand: GZXYHY
Price: 1 USD

Ask Latest Price

Brand Name :GZXYHY

Model Number :With Socket-clevis

Certification :ISO9001 Certificaion

Place of Origin :Guangdong, China (Mainland)

MOQ :Negotiable

Price :Negotiable

Supply Ability :10.000 Piece/Pieces per Month

Delivery Time :In three month

Packaging Details :International export package

Material :Forged steel

Malleable iron :Silver white

Certificaion :ISO9001 Certificaion

Standard :GB/T national standard

Rated failure load :70 kN

Contact Now

Add to Cart

View Product Description

High Voltage Suspension Clamp with Sockets-clevis 70 kN Rated Failure Load

Quick Details

Place of Origin: Guangdong, China (Mainland)
Brand Name: GZXYHY
Model Number: With Socket-clevis

Packaging & Delivery

Packaging Details: International export package
Delivery Time:In three month

Description

Socket clevis type pole transmission line hardware suspension clamp is used in high voltage pole line to connect power fitting string or insulators.

The clamp body and keepers are malleable iron, cotter-pins are stainless steel, the other parts are hot-dip galvanized steel. As the suspension clamps are used to ACSR, the conductor may be wounded by aluminium tapes or preformed armour rods for protecting protecting these taps or rods are included in the diameter of suitable conductor.

FAQ

1. Q:Manufacturer or trading agent?

A: We are factory based manufaturer.

2. Q:Factory can accept customers' visit?

A: Your visit will be warmly welcomed!

3. Feel free to contact us for more details!

Inquiry Cart 0