Ningbo Zhenhai Beisuda Petrochemical Equipment Co.,Ltd, earth rod suppliers, located in Ningbo, Zhejiang, it is a professional enterprice, who focus on R&D, production, sales copper clad steel series grounding products. We provide CCS Round Wire, CCS-Stranded Cable, copper clad steel earth rod and so on. Want to know more? Please contact us. We provide chemical ground rod installation service.
Chemical grounding system
Performance characteristics and working principle of chemical grounding system:
1. chemical earth electrode
2. Existing soil
3. Special filler
4. Ions diffuse around
5. Expand the conductive range of the soil
Chemical Grounding electrode (chemical earth rod) is a new type of grounding system suitable for all kinds of places with high grounding requirements and difficult grounding engineering.
The chemial grounding electrode system consists of advanced alloy compounds, with a copper tube on the outside to ensure maximum conductivity and long service life. The filling material inside the conductor contains special ionic compounds, which can absorb moisture in the air adequately. Active ions can be effectively released into the soil through the deliquescence, and interact with the moisture in the soil and air to further promote the external slow release and drag reduction of conductors, and to maintain the long-term stability of the resistance value. Compounds in conductors are gradually combined in colloidal transparency over time.
Chemical Ground Electrode
By utilizing the conductivity of the colloidal compound, the entire system can be ion-exchanged for a long time, thus forming an ideal electrolytic ion grounding system. After the slow-release filler in the conductor is embedded, the grounding resistance will gradually decrease, reaching a stable value within six months to one year, and the embedded slow-release process can last for several years. The main connecting parts of the ion grounding electrode are hot-melt welded, which has overcome other connection methods and easy connection loosening.
