Active Member
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[China]
Address: 618, Goodbond Venture Base, No.18, Lu Yun Road, Yue Lu District, Changsha City, Hunan Province
Contact name:cody
Hunan Heou Engineering Consulting Co., Ltd |
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Earth Termination System Grounding Module Electrode Grounding System
Grounding rods are made by introducing French technology and adopting unique production process. The product combines both the low resistance, high corrosion resistance and good electrical connection of copper and the high strength and easy construction of steel, which is the best choice to replace traditional metal grounding materials. The product adopts French electroforming technology, the copper layer is knotted into one, has good plasticity, can be rolled thread, can be bent, convenient transportation and construction, can be widely used in power transmission and transformation, power stations, communication base stations, buildings and antennas grounding device, and lightning catcher (lightning rod, lightning wire) and lead wire to form a lightning protection grounding system.
◆ French manufacturing process
Produced by French electroforming technology, no delamination and cracking even if bent 180 degrees.
◆ Low cost, wide application
Compared with the traditional pure copper grounding rod, the cost is reduced by 70%. Special multi-segment connection, can go 35 meters deep underground to meet the special environment construction requirements. It is suitable for any project and has wide application.Strong anti-corrosion characteristics
Oxygen-free copper layer on the surface is thick (up to 0.256~0.5), with strong corrosion resistance, suitable for soil environment with different PH value, resistivity, humidity and temperature, with a service life of over 30 years.
◆ Easy construction
WM exothermic welding or wire clip fixed connection, quick and simple, solid joints, good stability.
◆ Obvious resistance reduction effect
The surface oxygen-free copper material has strong electrical conductivity, and the resistance reduction effect is significantly better than that of ordinary metal materials.
