Copper Bonded Rod (C-BR-004)

Description

DBA Copper bonded rod is most widely used as grounding electrodes. It has 0.25mm thickness and 600 N/mm2 strength hence it is very long lasting and effective.

This system includes rod along with accessories like Driving Stud,Coupling,Rod & clamp.

Driving Stud: These are made from steel & suitable for use with power hammers.

Coupling: These are made from copper alloy & counter bored to enclose threads. It is high strength & also highly corrosion resistant. These are used to connect driving stud to rod or rod to rod.

Rod: Steel rod with the core of low carbon provides tensile strength at least of 600N/mm2. These rods are molecularly bonded with 99.9% pure electrolytic copper up to the thickness of 0.25mm, rolled threads at each end give strength than cut threads.

Clamp: These are made from high copper content alloy strong resistance to corrosion.

Features

  • It has 0.25mm thickness and 600 N/mm2 strength
  • This system includes rod along with accessories like Driving Stud,Coupling,Rod & clamp.
  • Long lasting & cost effective
  • Easy to install & unbreakable
  • Superior resistance to oxidation
  • Copper bonded rods and electrode are suitable for deep driving into most ground conditions and provide a low resistance path to ground.
  • The product is made up of high carbon steel with an electrolytically applied copper finish.

Advantage

  • Cost-effective: Being the manufacture of copper bonded earth rods, we have full control over the quality, design and the price of the products.
  • Customization: We customize all our grounding rods as per the uses and requirements of the clients
  • Exceptional delivery time: Well, known for delivery our products & services in minimum feasible time.
  • Based on globally accepted technology

Application

  • DBA Copper Bonded Grounding Rods is applicable for necessary ground for all major projects including-
  • Substation poles,
  • Construction tower,
  • Solar System,
  • Power Generators
  • Equipment body earthing etc.

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