Electrolytic Ion Grounding Electrode
The electrolytic ion grounding electrode is suitable for various places with high grounding requirements and difficult grounding engineering. Compared with traditional grounding methods, it can spread lightning impulse current and fault current into the soil more quickly. Therefore, under harsh soil conditions, the grounding effect is more significant. The electrolytic ion grounding electrode applies four cutting-edge technologies: moisture retention formula, ion slow release, deep grounding, and long-term resistance reduction, which solve the problems of resistance reduction, corrosion resistance, and service life to a certain extent, making the product have obvious advantages in various grounding performances and adaptability, with a very broad application field.
Breaking through soil limitations - The backfill material contained in the electrolytic ion grounding electrode has good expansibility, water absorption, and ion permeability, and retains moisture through the capillary principle. Regardless of weather or surrounding environment changes, it can keep the surrounding soil at a certain humidity to achieve the optimal conductive state, and over time, gradually expand the conductive range of the surrounding soil. It is suitable for different geological conditions, and can achieve good grounding and resistance reduction effects in black soil, loess, saline-alkali soil, garbage soil, backfill soil, weathered sandy soil, fine sandy soil, clay, and mountainous areas through high-quality construction techniques.
Advanced technology and materials - The electrolytic ion grounding electrode is composed of advanced ceramic alloy compounds, and the electrode surface is made of copper alloy to ensure optimal conductivity and long service life, equipped with two types of fillers, internal and external. Experiments have proven that the direct cause of excessively high soil resistivity is the lack of free ions to assist conduction. The backfill material outside the grounding conductor is mainly composed of materials with strong water absorption, strong adsorption, and high cation exchange performance, supplemented by various chemical materials with long-lasting, resistance-reducing, anti-corrosion, high expansion coefficient, unaffected by temperature changes, and resistant to high voltage impact.
