SBS Earthing

sb.sbspower@gmail.com
Facebook Youtube Instagram
9350147264
Menu
BOOK A CALL

Wire ,Plates & Others​

  • Home
  • »
  • Wire , Plates & Others

GI WIRE

Gi wire

GI wire is an abbreviation for galvanized iron wire, which is a wire that has been coated with zinc to prevent rust and corrosion. It is a strong and durable wire that is used in many industries, including construction and industrial applications. 

COPPER WIRE

Copper wire is a flexible, soft metal that conducts electricity well and is used in many electrical applications. It’s used in homes, offices, factories, and other industrial facilities. 

GI PLATES

gi plates

GI plates, or galvanized iron plates, are steel sheets coated with zinc to prevent rusting and corrosion. They are used in many industries, including the electrical industry. 

COPPER PLATES

copper plates

Copper plates can refer to engraved copper plates, prints made from them, or a style of handwriting. They can also be used for kitchenware or electrical grounding. 

Gi Strip

Gi strip
A “GI strip” refers to a “galvanized iron strip,” which is a flat strip of steel coated with zinc, primarily used in electrical systems as an earthing component to provide a low-resistance path for electrical current to flow to the ground, protecting people and equipment from electrical hazards; essentially, it’s a metal strip used for grounding purposes due to its corrosion-resistant properties thanks to the zinc coating. 
 
 

Copper Strip

Copper strip

A copper strip is a flat, rectangular sheet of copper that is used for its electrical conductivity, malleability, and corrosion resistance. Copper strips are used in many industries, including electrical, engineering, and arts and crafts. 

BFC

BFC
BFC

BFC “Back Fill Compound” in earthing refers to a specialized material used to surround an earthing electrode, typically made from a mixture of conductive minerals, that helps to improve the electrical conductivity of the soil around the electrode, lowering its resistance and enhancing the effectiveness of the earthing system, particularly in areas with high soil resistivity; essentially, it acts as a moisture-retaining agent to facilitate better current flow through the ground.