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Earthing

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Globe

Approved by 80+ Utilities Worldwide

Gemstone

IEC | UL | CSA | IEEE Tested and Certified

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Product Selection and Technical Support

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Boxes

industries

Earthing Products Across Key Industries.

Substations

Substations

Deliver low-resistance grounding for power cable terminations across high-voltage substation infrastructure.

Solar

Solar (Renewable)

Ground module rows, inverter stations, and combiner boxes across large outdoor sites with varying soil resistivity.

Power Utilities

Power Utilities

Create grounding paths for poles, substations, transformers, and outdoor distribution assets across utility networks.

Oil and Gas

Oil and Gas

Maintain earth continuity across tanks, skids, pipelines, and loading points where static build-up and fault current carry safety risk.

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Earth Enhancing Compounds

Earth Enhancing Compounds

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Earth Pits & Fittings

Earth Pits & Fittings

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Earth Plates

Earth Plates

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Earth Rods

Earth Rods

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Earthing Clamps & Couplers

Earthing Clamps & Couplers

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Earthing Strips

Earthing Strips

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Ground Rods

Ground Rods

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why axis

What Makes Axis Cable Management Different?

Gemstone

Direct from the Manufacturer

A complete range of earthing materials including earth rods, copper plate earthing, clamps, connectors, and earth enhancing compounds for utility, industrial, and infrastructure installations.

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Certified to UL, IEC, CSA, and BSI

Products across the earthing range are tested at our in-house NABL accredited, UL approved facility and certified to UL, IEC, CSA, and BSI standards required for utility tenders, substation projects, and international procurement across the globe.

Globe

Proven Across 100+ Countries

Supplied to utilities, EPC contractors, and infrastructure developers across 100+ countries for over 80 years.

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Customised to Your Project

Axis engineers provide earthing system design, soil resistivity assessment, and technical support to develop a system matched to the specific requirements of your installation.

from the axis technical teams

Technical Guides and Resources

video

How to Check Earthing at Home? Test With Multimeter & Bulb

video

Earth Rod Installation for a Massive Factory

ebook

Earth Enhancing Compound

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FAQS

Frequently Asked Questions

Find quick answers to common questions about our programs, admissions, eligibility, and application process to help you move forward with confidence.

A correctly designed earthing system stabilises voltage levels, reduces electrical noise, and provides a defined path for fault currents. This protects equipment from damage caused by voltage fluctuations and minimises unplanned downtime across electrical installations.
Key design factors include the system load, fault current levels, soil type and resistivity, installation environment, applicable local regulations, and total system cost. Soil resistivity measurement and conductor sizing calculations are essential inputs before specifying any earthing system.
Verify compliance with applicable standards, measure soil resistivity, calculate conductor sizing and effective earth resistance, and confirm that touch and step potential values are within the limits defined by the relevant standard. Regular testing and documented maintenance records support ongoing performance tracking.
No. Earthing is a fundamental safety requirement across residential, commercial, industrial, and utility installations regardless of voltage level. It protects both personnel and equipment from electrical faults and is a mandatory requirement under most electrical installation standards.
Select a location with low soil resistivity, away from water pipes and metal structures. Earth enhancement compounds can be used to reduce effective earth resistance where soil conditions are unfavourable. The distance between vertical earth electrodes should comply with the spacing requirements defined in the applicable standard.