Zero Ohm Grounding Body

Zero Ohm Grounding Body Description:

The research and development method of”zero ohm grounding body” is meticulous, combining the advantages and disadvantages of traditional products, and conducting step-by-step research to break through the connection of traditional metal components to graphite modules, achieve direct connection of graphite modules, and solve the problem of gaps between metal products and graphite resistance reduction modules after corrosion, leading to interruption and failure of graphite grounding grid. The product has many advantages compared to traditional grounding, and the main disadvantage of the product is high cost.

Zero Ohm Grounding Body Features:

zero ohm grounding body mainly has the following characteristics:
1. Low bulk density: The graphite body density of the zero ohm grounding system is only 1/5 of that of copper, making it lighter, convenient, and easy to carry manually
2. Low resistivity: The conductivity of the zero ohm grounding system is nearly 100 times higher than that of general non-metallic minerals, surpassing a good metal conductor (pure copper, etc.). which is conducive to the construction of high-quality grounding grids and is not easily stolen.
3. The compressive strength of the present invention is not less than 30Mpa, and can be fully compacted in the construction of the grounding grid to improve the discharge of large surge currents.
4. The bending strength shall not be less than 13.5Mpa. In the construction of grounding grids, graphite has good toughness and is not easily damaged.
5. Good anti-corrosion performance. Due to the components of the zero ohm grounding system being produced through high-temperature sintering and electrolysis, the graphite is filled with many densepores, and impurities are not easy to penetrate into the graphite. Chemical reactions between soil molecules and graphite molecules are not easy to occur, and the product structure itself can provide good protection, making it particularly suitable for grounding in dry soil
6. No pollution. The components of the zero ohm grounding system are formed by high-temperature electrolysis, and all harmful impurities are discharged. The chemical properties are not active, pollution-free, insoluble in water, dilute acids, dilute alkalis, and organic solvents, and will not change the surrounding soil, adapting to many special and high demand environments.
7. Using card board or wooden boxes for packaging saves transportation costs
8. Long service life. The components of the zero ohm grounding system undergo high-temperature electrolysis treatment, and the chemistry between molecules becomes very stable. Therefore, the product is not easy to corrode or break, it’s service life is more than 50 years

Deep well grounding requirements: Make deep well grounding on flat ground 3 meters away from the building. Dig a deep well on the excavationable land with dimensions of 0.5 meters wide and 10 meters deep. The materials used for deep well grounding are: 10 zero-ohm grounding bodies connected end to end to form a vertical grounding body; The total length is 10m, and the grounding bodies are connected with bolts, with a flat position of 40 x 4 copper bars are laid flat and bolted to the zero ohm grounding body to complete the implementation of the zero ohm grounding system.

Zero Ohm Grounding Body Application:

This product is suitable for placess with poor soil environment and limited installation space. It is widely used in various industries that require lightning protection, such as power, communication, railways, hospitals, schools, real estate, gas stations, military, explosive depots, refineries, factories, etc