2021 High quality Iron Stand With Cabinet - Steel tie rod manufacturer customized steel tie rod – Chuan Ding

Product Description

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Material: Q235 / Q345 / q355

Dimensions: drawing customization

Rust prevention method: hot dip galvanizing / electroplating / galvanizing

All specifications are available, OEM / ODM can be provided according to customer drawings and samples

(1) It is used to balance the unbalanced tension of conductor and overhead ground wire. This kind of stay wire is called guide stay wire and ground stay wire.

(2) It is used to balance the wind pressure formed by the wind blowing on the guide (ground) line and the tower body. This kind of stay wire is called compression stay wire.

(3) It is used to balance the stress stability of the tower. This kind of stay wire is called stable stay wire.

Stay rod refers to the rod or other metal parts connecting the stay wire to the ground anchor. Many transmission line towers are located in paddy fields or wetlands, and the water quality and soil pollution are becoming more and more serious, resulting in serious corrosion of more and more tower grounding downleads and stay rods, which can not reach the effective service life, resulting in the inability to guarantee the grounding resistance, the increase of lightning trip rate and the decline of stay rod stability, which seriously threatens the safe operation of the line.

Introduction: with the rapid development of power industry, the use of transmission line poles and towers is increasing day by day. However, due to the area of 536 square kilometers of water area and various wetlands in Jiangnan, accounting for 11% of the land area of the city, there are also a large area of paddy fields. Many transmission line towers are located in paddy fields or wetlands, and the water quality and soil pollution are becoming more and more serious, resulting in serious corrosion of more and more tower grounding downleads and stay rods, which can not reach the effective service life, resulting in the inability to guarantee the grounding resistance, the increase of lightning trip rate and the decline of stay rod stability, which seriously threatens the safe operation of the line. At the same time, with the increasing difficulty of policy treatment, the maintenance cost of the line is huge every year. Through the analysis, it is found that the best way to solve a series of problems such as seedling compensation cost and labor cost caused by subsequent daily maintenance and repair is to take corresponding protective measures in the construction stage.