For example: ionic earth electrode; graphite earth electrode; its core idea is to increase the earth electrode and soil conductivity approach, the method is nothing more than to increase the earth electrode around the soil water content - for example, grounding module of the salts (chlorides) (hamburger structure), to increase the conductive particles (ions) of the activity of the copper, zinc (sandwich) structure, the Graphite structure, copper powder structure, rare earth structure, etc.
On the one hand, it can be in close contact with the soil, expanding the area of dispersion, reducing the contact resistance between the soil; on the other hand, it flows to the surrounding soil pores in the infiltration, lowering the surrounding soil resistivity, the formation of a resistivity around the grounding body of a low-resistance area of smooth changes, so that the entire grounding network grounding resistance is significantly reduced. Due to the LJA series grounding module has a strong moisture retention, moisture absorption and stable electrical conductivity, metal grounding body through the periphery of the non-metallic module material and the earth's contact resistance will be greatly reduced, to achieve a good resistance reduction effect.
Because the LJA series grounding module contains metal passivation corrosion inhibitor, it can make the surface of the metal grounding body quickly passivated, effectively preventing the corrosion of the metal grounding body, to extend the service life of the metal grounding body; LJA series of grounding module in the moisturizing agent can effectively maintain the moisture in the soil, to prevent dry season grounding resistance by the impact of climate change, so the LJA series of grounding module has a good corrosion resistance and long-lasting stability. Therefore, LJA series grounding module has good corrosion resistance and long-lasting stability.