Copper Bonded Pipe in Pipe Electrode

Product Specification

MaterialCopperI Deal InNew OnlyCountry of OriginMade in IndiaCoatingUp to 250 micron CU Bonded on SteelThickness0.254 mmReliabilityHighly Reliable in long SpanLife SpanDue to 250 micron CU Bonded life is much more than GI Cu Earthing Rods

Product Description

We offer a broad range of Copper Bonded Earthing Pipe. These products offer cost-effective and efficient earth rod Earthing system. These reliable earth rods are corrosion resistant and eliminate electrolytic action.

Our products are formed of the following:

• Uniformly bonded pure copper electrolyte
• High tensile steel core
• Coupling threads ensure thread strength and maintain the integrity of the bonded copper

Our clients can avail from us a range of Copper Bonded Earthing Pipe which is manufactured using the most premium quality circular rods of low carbon steel for a high tensile strength and durability. We adhere to the specifications of Underwriters Laboratories (UL) 467-2007 and the copper earthing electrode is accordingly molecularly bonded with the exterior of the rod. It is highly effective and widely appreciated for its functionality among our clients.

Features of Copper Bonded Earthing Pipe / Copper Bonded on MS Steel:

With the incorporation of latest technology and skilled workforce, we offer a range of safe earthing Electrodes. These products offered by us have remarkable resistance against corrosion and ensure uniform earth contact resistance during their entire lifetime.

• Optional electrical conductivity
• High mechanical strength
• Allow connection to earthing systems like foundation earthing and others

Advantages:

• Up to 250 micron CU Bonded on Steel
• Life Span: Due to 250 micron CU Bonded life is much more than GI Cu Earthing Rods
• High Conductivity with High Strength
• Cost Effective as comparison to lifespan CU Rods
• Highly Reliable in long Span

Applications:

Efficient Earthing Systems reduce the risk of electrical arcing and fires. Our Safe Earthing Electrode improves reliability for many applications, including:

• Lightning protection systems
• Prevention of accidents caused by static charge and stray currents
• Protection of central communications, electronics, and AC power systems
• Meeting Earthing safety requirements for electrical substations.
• Earth fault neutralization
• Safeguarding critical instrumentation and process control equipment