Gh Lightning Tower

1. The bulk density is small, the body density of the zero-ohm composite grounding system is only 1/5 of that of copper, and the weight is lighter, convenient, lightweight, and easy to carry manually. 2. The resistivity is small, and the conductivity of the zero-ohm composite earthing electrode is nearly one hundred times higher than that of ordinary non-metallic minerals, which is better than a good metal conductor (pure copper, etc.), which is conducive to the construction of high-quality ground grids, and is not easy to be steal.

Physically stable petroleum extracts, carbon, graphite and other non-metallic conductor materials are used as the conductive medium of the module, and its conductivity is not affected by the season;

It is high-tech product, is a non-metallic black gray powder conductive polymer material. Its conductivity is almost as good as that of a metal conductor. It has high conductivity, low resistance value and excellent negative resistance characteristic with the increase of current density.

Adopts steel tube as a pillar materials, small coefficient of wind load, wind resistance ability, pillar outside using flange connection, the bolt tensile, not easy to damage, save steel, like a small,

the manufacturing process is unique: the use of cold rolling hot drawing production process, to achieve metallurgical welding between copper and steel. Can be pulled as a single metal arbitrary pull, no disjointed, warping, cracking phenomenon.

The device has strong automatic adjustment function, and continuously adds conductive ions to the soil around the electrode to improve the resistivity of the surrounding soil.

Copper clad steel grounding material is suitable for general environment and wet, saline-alkali, acidic soil that produces chemical corrosion clip, medium special environment, Widely used in power plant, substation, transmission line tower, communication base, airport, railway, subway station

(1) Small contact resistance with soil (2) Good water absorption and retention performance (3) It can form a unique conductive channel deep into the soil and expand the drainage area