The role of electrolytic ion grounding can be divided into two parts. One is that the carrier is made of copper with a diameter of 50mm-60mm, which is in direct contact with the soil. This part is equivalent to a regular pure copper grounding body. The other part of the grounding effect mainly comes from the release of hydrophilic ion agents inside the carrier. Below, the editor of graphite grounding will lead everyone to understand it together.

The editor of graphite grounding reminds you that under the action of external initiators, a large number of "-" ions are continuously released to the external source of the carrier through the exchange holes of the carrier. These ions are conductive media that directly conduct lightning currents. At the same time, the surrounding soil will undergo electrochemical reactions under the long-term action of these "-" ions, forming a large conductive body, which is equivalent to increasing the grounding area of the grounding body.

So the editor of graphite grounding believes that this type of ion grounding material can be called "active resistance reducing grounding material". Compared with ordinary ion grounding electrodes from other manufacturers, we use a cyclic ion structure system, and the built-in hydrophilic ion relieving agent is also an adsorbent. When the internal ion amount is less than a certain amount, it will adsorb some free ions such as Na+, Mg+, Ca+in the surrounding soil, ensuring long-term exchange and avoiding the disadvantage of other ion grounding electrodes needing to replenish ion agents every once in a while (about six months)