Ionic grounding rods are high quality and low price

1. Introduction to electrolytic ion grounding electrode (also known as ion grounding rod, anti-corrosion ion grounding electrode, plasma grounding electrode)
The electrolytic ion grounding system is a new grounding system developed and produced in cooperation with famous domestic universities. The four cutting-edge technologies used in the electrolytic ion grounding system, including moisturizing formula, ion sustained release, deep-diving grounding, and long-term resistance reduction, solve the problems of resistance reduction, corrosion resistance, and service life to the greatest extent, making this product excellent in various grounding applications. It has obvious advantages in performance and adaptability, and its application fields are very broad.
2. Principle of electrolytic ion grounding electrode
Advanced technology and materials The electrode shell of the electrolytic ion grounding system is made of copper alloy and has been treated with a special ceramic film anti-corrosion process to ensure high conductivity and prolongation The service life system is equipped with two kinds of ion-rich filling materials inside and outside. The external filling material has strong water absorption, strong adsorption and high cation exchange performance as the main body, and is equipped with long-lasting, resistance-reducing, strong anti-corrosion functions and expansion coefficient. A variety of chemical materials that are highly unaffected by temperature changes and resistant to high-voltage shocks are used as auxiliary materials. The internal filling material contains special ion compounds, which can fully absorb moisture in the soil and effectively release active ions into the soil through deliquescence. Promote the slow release and reduction of resistance outside the conductor, and maintain the long-term stability of the resistance value. The grounding life is up to 10 years.
3. Proof of Electrolytic Ion Grounding Electrode
Experiments to break through the limitations of soil have proven that the direct cause of excessive soil resistivity is the lack of auxiliary conductive effects of free ions. The electrolytic ion grounding system adds a reversible slow-release filler inside the ground body. This filler has the characteristics of reversible water absorption and water release. The ions generated in this way can be effectively released into the surrounding soil, turning the ground electrode into an ion-generating device, thereby improving the surrounding soil quality and making it meet the grounding resistance reduction requirements. The external filling material of the ground electrode generates chemical treatment for the shell soil through the interaction with its internal electrolytic ion filling material, reducing the resistivity of the shell soil. At the same time, a transition zone is formed between the slow-release ground electrode and the earth soil. It increases the equivalent cross-sectional area of the grounding electrode and the contact area of the soil, eliminates the contact resistance between the grounding body and the soil, improves the electric field distribution in the ground, and the filler has good permeability and penetrates deep into the soil and rock crevices. , forming a network of tree roots, which increases the drainage area in the ground.
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