The low resistance grounding module of the graphite based flexible grounding device is a grounding body mainly composed of non-metallic materials. It consists of non-metallic minerals with good conductivity and chemical stability, metal grounding rods, electrolytes, and moisturizers.

Product performance and features:

1. The contact resistance of the grounding module is greatly reduced. The main material of the grounding module is similar to the physical structure of the soil and can integrate with the soil, increasing the effective contact area between the grounding body and the soil by many times compared to traditional metal grounding bodies. This increases the scattering area of the grounding body itself and greatly reduces the contact resistance between the grounding body and the soil.

2. The grounding module has strong moisture absorption and retention capabilities, ensuring that the grounding module effectively performs its conductive function. At the same time, the conductive characteristics of the grounding body are not affected by weather changes such as dry and high humidity, thus providing stable grounding with low resistance.

3. Reduce the impact of ground potential on non-metallic materials in the grounding module, creating a low resistance area with gentle changes between metals and soil with significant differences in resistivity. When encountering high current surges, the potential gradient of the grounding body and grounding wire can be reduced, the step voltage and contact voltage can be lowered, and the probability of ground potential rebound can be reduced.

4. The main material of the Longevity Speed brand series modules is corrosion-resistant. Its metal skeleton is made of metal material that has undergone anti-corrosion treatment on the surface. Therefore, the overall corrosion resistance of the grounding is good. Its service life is over thirty years.

5. Compared with the traditional metal grounding device, the simple construction and installation greatly reduce the construction workload.