The grounding rod is a special product that people often call a grounding electrode or a grounding grid. It mainly helps to improve the conductivity inside the grounding conductor and reduce the resistivity. High-quality grounding rods have good corrosion resistance and good conductivity and are not damaged. It has the advantages of low efficiency and is also the "protector" of electricity in various fields. Let's learn about the advantages of using ground rods through the following article.
1: Long service life
        The ground rod is made of copper-clad steel and has excellent corrosion resistance. It will not be corroded by various moisture and other elements even if it is buried underground for a long time. The metal frame of the ground rod is also made of specially treated metal materials, so It also improves the overall corrosion resistance and the service life can last for more than several decades.
2: Grounding deeply
        Ground rods can be used in various fields and underground, and can be buried at different depths according to different occasions to meet the low resistance requirements of various special occasions. Because of the special connection and transmission method of the ground rod, it can Various depths of connection and use.
Third: Strong resistance reduction function
        The grounding rod can be combined with the soil to effectively increase the contact area between the grounding body and the soil, reduce the contact resistance and effectively improve the efficiency of the grounding rod. Moreover, the grounding rod can maintain the moisture of the surrounding soil during use, ensuring the grounding module. It can perform the conductive function more effectively and reduce the contact resistance.
Fourth: Wide range of use
        Grounding rods can be used in different soil environments, including soil environments with different temperatures, temperatures, pH values or resistivity changes, and are also suitable for use in various important industries such as electric power, construction, petrochemicals, and communications. , so the ground rod can be called an "omnipotent"