The ion earthing system is composed of advanced sustained-release earthing electrode (including reversible sustained-release filler), initiator and enhanced electrolytic ion filler. The surface of the electrode is red copper alloy to ensure the highest electrical conductivity and long service life, and with two kinds of fillers inside and outside, the fillers are non-toxic compounds, no pollution to the environment. It has been proved by experiments that the direct cause of high soil resistivity is the lack of auxiliary conductivity of free ions. The filler outside the earthing conductor is the material with strong water absorption, strong adsorption and high cation exchange ability as the main body, with a long term, resistance reduction, corrosion resistance, high coefficient of expansion is not affected by temperature changes, high voltage impact resistance of a variety of chemical materials as auxiliary materials. It is mainly used to solve the problems of humidity, ion generation content, corrosion protection and so on around the grounding conductor, so that the conductor and the earth are closely connected, which reduces the contact resistance between the electrode and the soil, improves the resistivity of the surrounding soil, and effectively enhances the lightning conductivity release ability. The inside of the conductor is filled with special ionic compounds that fully absorb moisture from the air. Through the delisting action, the active electroions can be effectively released into the soil and interact with the moisture in the soil and the air, which can further promote the external slow release and drag reduction of the conductor, and keep the resistance value stable for a long time. The compounds in the conductor gradually combine into a colloidal transparent state over time. We make use of the conductive property of colloidal compounds, so that the whole system can be in the state of ion exchange for a long time, thus forming an ideal electrolytic ion grounding system. Electrolytic ion grounding electrode specification model: product model diameter length material impact current PH value mm mm R electrolytic ion grounding electrode ZH-CGES50 50 1500 copper tube ≤1% 7±5% copper tube ≤1% 7±5% copper tube ≤1% 7±5% 3000 copper tube ≤1% 7±5% * If there are other requirements please contact the factory for more information about products and services. Construction method: 1. Drill a hole with a diameter of about 30cm with a depth of 1.5-3.5m (slightly longer than the length of ion earthing rod) depending on the type used. 2. 3. Connect the ground wire to the wiring end of the cover end of the ion ground rod, and tear off the adhesive tape on the ion exchange hole of the cover end; 4. Place the ion grounding electrode in the hole, and fill the remaining backfill agent into the gap in the hole; 5. In case of multiple construction, connect all the roots with horizontal grounding wires; One will lead to the ground test point; 6, test, meet the requirements, return earth tamping. 7. Complete the construction.