Copper Bonded Earthing Rod

Copper Bonded Earthing Rod Specification

Condition
New

Surface Treatment
Copper Bonded

Finish
Smooth, Polished

Diameter
14mm, 17mm, 25mm, 32mm

Outer Diameter
As Above

Size
14mm, 17mm, 25mm, 32mm diameter options

Product Type
Earthing Rod

Shape
Round/Rod

Strength
High Tensile Strength

Hardness
Standard

Alloy
Low Carbon Steel Core, Copper Bonded

Grade
BS EN 50164-2 / IS 3043

Length
1 Meter to 3 Meter

Thickness
250 Micron (Copper Bond Coating)

Color
Copper

Thread Type
Rolled Threads (Double Headed/Single Headed)

Safety
Eco-Friendly - Does Not Pollute Soil or Water

Custom Lengths Available
Yes

Copper Thickness
250 Micron or 0.25mm

Resistivity
Low Soil Resistivity Compatibility

Application
Electrical Grounding & Lightning Protection

Packing Type
Bundle or Carton

Corrosion Resistance
Excellent

Life Expectancy
Over 30 Years in Typical Soil

Material Purity
Copper Layer 99.9%

Installation
Drive-in

Standards Compliance
ASTM B233, BS EN 50164-2

Tensile Strength
600 N/mm2

Copper Bonded Earthing Rod Trade Information

Minimum Order Quantity
100 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Kilograms Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About Copper Bonded Earthing Rod

Discover the redoubtable Copper Bonded Earthing Rod, expertly engineered for the latest in electrical grounding and lightning protection standards. Featuring a towering 250-micron (0.25mm) copper thickness and an unassailable tensile strength of 600 N/mm2, this rod ensures reliable, long-term performance. Enjoy instant checkout and a remarkable bargain on a product compliant with ASTM B233 and BS EN 50164-2. Its corrosion resistance is excellent, and with a purity of 99.9% copper and double/single-headed rolled threads, durability meets safety in one eco-friendly solution. Custom lengths and various diameters make it the towering choice for modern infrastructure needs.

Versatile Usage & Application of Copper Bonded Earthing Rod

The Copper Bonded Earthing Rod is specifically designed for electrical grounding and lightning protection, making it suitable for residential, commercial, and industrial settings. Installable via the drive-in method, it ensures low-resistance electrical paths in soils of varying resistivity. Its applications span substations, energy grids, and telecom sectors where unwavering safety and conductivity are essential. This robust solution supports any site needing unassailable earthing performance in reliable and critical operations.

Sample Policy & Domestic Market for Copper Bonded Earthing Rods

Our sample policy offers clients the option to evaluate the copper bonded earthing rods before bulk procurement, ensuring satisfaction with product expenditure. We serve a broad domestic mar across India, supplying rods in secure bundle or carton packaging to maintain product integrity during transit. Payment terms remain flexible and competitive, accommodating various transaction preferences. Each sale is aligned with best practices for reliability and seamless fulfillment throughout India's major commercial centers.

FAQ's of Copper Bonded Earthing Rod:

Q: How is the Copper Bonded Earthing Rod installed at different sites?

A: The rod utilizes a simple drive-in installation process, making it suitable for various soil types and applications, from residential complexes to industrial sites.

Q: What makes the Copper Bonded Earthing Rod a durable and reliable choice?

A: Its robust low carbon steel core, 250-micron pure copper bonding, and excellent corrosion resistance ensure a life expectancy of over 30 years in standard soil conditions.

Q: Where should Copper Bonded Earthing Rods be used for optimal results?

A: They are ideal for electrical grounding and lightning protection in locations such as substations, power plants, commercial buildings, telecom towers, and critical infrastructure.

Q: What benefits does the eco-friendly characteristic of the rod provide?

A: Manufactured with a non-polluting process, the rod does not leach hazardous substances into soil or water, ensuring environmental safety during long-term use.