CBFC – EARTHING COMPOUND

 

CBFC -EARTHING COMPOUND

 

 

 

 

GIVES BEST RESULT WHEN USED WITH OUR WIDE RANGE OF  COPPER BONDED PIPE  ELECTRODE

CONDUCTIVITY BOOSTING EARTHING COMPOUND

AS the Name suggest our Conductivity Boosting Earthing Compound is a high-performance, eco-friendly backfill material specially engineered to significantly reduce soil resistivity and enhance grounding system efficiency.

The compound is laboratory tested as per IEC 62561-7 standards and certified by a NABL accredited laboratory, ensuring compliance with international quality and performance benchmarks.

Key Features:

  • Tested as per IEC 62561-7
  • Verified by NABL Accredited Laboratory
  • ✔ Reduces earth resistance effectively
  • ✔ Enhances conductivity around earth electrodes
  • ✔ Non-corrosive to GI, copper, and other earthing electrodes
  • ✔ Maintains moisture for long-lasting performance
  • ✔ Environment-friendly and non-toxic composition
  • ✔ Stable performance in varying soil conditions.

Applications:

  • Electrical grounding systems.
  • Substations and power plants.
  • Telecom towers .
  • Solar power installations.
  • Industrial and commercial buildings .
  • Lightning protection systems .
  • Rocky Terrain .

 

Benefits:

  • Improves safety by maintaining low earth resistance
  • Ensures reliable fault current dissipation
  • Long service life with minimal maintenance
  • Suitable for high resistivity soils

 

In many locations (especially in India), soil resistivity is high due to:

  • Rocky soil ,
  • Sandy soil ,
  • Dry soil conditions ,
  • Seasonal moisture variation .

The compound helps:

  • Maintain low earth resistance.
  • Improve fault current dissipation.
  • Stabilize resistance values throughout the year.

✅ Key Features

  • High electrical conductivity
  • Low resistivity (typically < 0.2 ohm-meter when mixed properly)
  • Non-corrosive to GI / Copper electrodes
  • Moisture retaining properties
  • Long service life
  • Environment friendly

Advantages:

  • Absorbs and retains moisture for a long time period
  • Enhances the resistivity of soil.
  • Helps in dissipation of fault current in a faster manner.
  • Allows least ohmic value fluctuation.
  • Eliminates the need for salt and charcoal around electrode.
  • Holds its shape and adheres to any surface.
  • Absorbs Twenty times its volume.
  • Maintains compatibility of soil and Electrode.