Earthway Technologies

Pure Copper Earthing Electrode

Pure Copper Earthing Electrode

Owing to our vast experience Pure Copper Earthing Electrode, we are engaged in providing excellent quality range of chemical earthing electrode to our reputed clients. This is tested by our quality controllers in order to dispatch.

Owing to our vast experience with Pure Copper Earthing Electrode, we are engaged in providing an excellent quality range of chemical earthing electrodes to our reputed clients.

Our Benefit

Copper Earthing Electrode Features

01

Pure Copper Material

Ensures long life with superior conductivity.
02

Efficient Fault Dissipation

Quickly channels fault currents into the ground.
03

Minimal Maintenance Needs

Designed for hassle-free upkeep on site.
04

Quick Installation Process

Simple and fast setup for convenience.
05

Affordable Solution

Cost-effective without sacrificing quality.
06

Extended Durability

Built to last, ensuring long-term usage.
Services

Application

Engines prime movers and exhaust gas turbochargers.

DALL·E 2024-12-14 09.18.30 - An industrial and residential setup showing the application of copper earthing electrodes for high_low voltage use. The image includes a power substat
Ideal for stable grounding in any voltage.
DALL·E 2024-12-14 09.20.47 - A visually detailed image depicting copper earthing electrodes in both domestic and industrial settings. On one side, a modern house with visible grou
Suited for homes, factories, and industries.
Gemini_Generated_Image_nd7qxnd7qxnd7qxn
Protects machinery and electrical systems effectively
Gemini_Generated_Image_dq6tu0dq6tu0dq6t
Secures devices from high-voltage surges.
Gemini_Generated_Image_wiywf5wiywf5wiyw
Reliable for large-scale electrical infrastructure.
Gemini_Generated_Image_injjm2injjm2injj
Essential for communication and distribution safety.

Industries

Petrochemical, CNG, and Nuclear Facilities
Data Centre, Telecom and Broadcasters
Process control and automation Industries
Hospital, Government, Military, and defence

Get An Enquiry

Technical Specification

 

ModelLength (Mtr)Dia (Available) (MM)MM Cu
3000 MM Cu34050
2000 MM Cu24050
1500 MM Cu1.54050
1000 MM Cu14050

Pure Copper Earthing Electrode

01

Material

Pure Copper Earthing Electrodes are made from high-quality, pure copper material. Copper is chosen for its excellent conductivity, corrosion resistance, and durability.
02

Conductivity

Copper is an excellent conductor of electricity, making it an ideal material for earthing electrodes. It helps in providing a low-resistance path for fault currents to dissipate into the ground quickly.
03

Corrosion Resistance

Copper is known for its corrosion resistance, which ensures the longevity and reliability of the earthing electrode. This is particularly important in environments where the electrode is exposed to moisture, soil, and other corrosive elements.
04

Installation

Proper installation is crucial for the effectiveness of earthing electrodes. They are typically installed vertically in the ground, with the depth and spacing determined by factors such as soil resistivity and the magnitude of fault currents.
05

Design

Pure Copper Earthing Electrodes come in various designs, such as rods, plates, strips, or pipes. The design may vary based on the specific requirements of the installation and the type of soil conditions.
06

Advantages

Pure Copper Earthing Electrodes offer several advantages, including high conductivity, low resistance, and corrosion resistance. They are suitable for a wide range of applications, including residential, commercial, and industrial settings.
07

Applications

These electrodes are commonly used in various applications, including power distribution systems, telecommunication facilities, industrial plants, and residential buildings. They play a critical role in ensuring the safety of electrical systems by effectively grounding fault currents.
08

Maintenance

While copper is resistant to corrosion, periodic inspection and maintenance are recommended to ensure the integrity of the earthing system. This may include checking for physical damage, ensuring proper connections, and monitoring the resistance of the electrode.