Renown Earth is engaged in the manufacture and supply of a wide range of chemical earthing electrodes to our clients and manufactures a wide range of raw materials keeping in mind our customer’s requirements and demands. We are offering our product at a very reasonable price. Customers worldwide appreciate our product. This product is manufactured with the help of our electrical engineering team. Clients across the world have a huge demand for our Chemical Earthing Electrode.

Earthing  Electrode:

Earthing Electrode is the component of the earthing system, which is indirectly connected to the ground and provides a path for leakage current. In the earthing system, a quite large number of electric current is required to carry fault current for a short period. The most preferred material is copper and galvanized steel. Sometimes Aluminum is used for above ground “bonding,” but most of the standards forbid its use as an earth electrode, due to the risk of accelerated corrosion. The corrosive product is a non-conductive oxide layer, so it may reduce the effectiveness of the earthing.

Chemical Earthing Electrode

Backfill Compound:

Backfill helps absorb moisture around the electrode which should be non-corrosive and should be of relatively small size if possible. The dug soil is suitable as a backfilling compound if large stones are sieved and placed around the electrode and the ph value of solid should be between 6.0 acidic and 10.0 alkaline. Stiff clay is not suitable for back filler material because it is heavily compacted.

Method of Electrical Earthing:

The common method of electrical earthing is the GI Earthing Electrode pipe is placed inside the earth and layer of sand salt charcoal and ground enhancement material is used to cover around the electrode. A funnel is consists of the top of the pipe electrode for the watering purpose so that moisture is maintained around the electrode because moisture is very necessary for any type of earthing system.

When the water poured through the funnel at the top of the earthing electrode, water is spread out through the hole thus closing the surrounding salt charcoal. The result is that water starts to rust in the pipe and breaks the pipe within 2 or 3 years. The purpose of earthing fails.

As we know water and salt are used to reduce soil resistivity and low resistivity is good for earthing purposes, but low resistivity causes the most corrosion effect.

The main benefits of electrical earthing are followed:

  • Earthing ensures the safety of electrical appliances and devices from the excessive amount of electric current.
  • It avoids the risk of fire in electrical installation systems.
  • Earthing helps in the flow of electric current directly inside the ground.
  • It safe electrical appliances and devices from the excessive amount of electric current.
  • Earthing keeps the electric appliance safe from the damage
  • The earthing provides the way to default current even after the failure of the insulation.
  • Earthing safe building breakdown from the lightening.
  • The earthing provides the way to default current even after the failure of the insulation.
  • Earthing protects goods and appliances from fire occurred due to electric short circuits.
  • The earthing protects the appliances from the high voltage surges and lightning discharge.
  • Earthing prevents injury damage from electric currents.

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Feature of Chemical Earthing Electrode:

  • It is made up of Hot-dip galvanization
  • Fast fault current dissipation.
  • Favorable for all conditions of the soil.
  • Made from custom-made G.I. Tube with adequate galvanization.
  • The fluctuation of OHMIC value is the least.

Advantages of Chemical Earthing Electrode:

  • Our product required very Low maintenance.
  • It is installed very easily and fast on-site.
  • Our product is highly conductive and Corrosion-free.
  • It is a very highly durable, life-saving & cost-effective Solution.

Application of Chemical Earthing Electrode:

  • It helps in Protects the ac system.
  • Used in Petrochemical and CNG.
  • It is used in the Transformer and lifts.
  • Used in Datacenter, telecom, and broadcaster.

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