Earthing Materials Manufacturer in Mumbai
IS 3043 / IEC 62561 earthing systems for industrial plants — supplied from our Howrah works across Mumbai and Maharashtra.
Mumbai and the wider MMR region anchor India’s petrochemical, ports, and commercial-infrastructure demand. Refineries at Mahul, the JNPT port complex, and large-scale metro and data-centre builds drive sustained requirement for cable management and earthing systems.
Earthing Materials for Mumbai's Industrial Sector
IES supplies GI earthing strips, copper-bonded rods, GI pipe electrodes, and earth pit materials for IS 3043-compliant earthing networks. Our systems deliver low-resistance fault dissipation for power plants, substations, refineries, and heavy industry.
Key Specifications
Earth strips 25×6 to 100×12 mm · Copper-bonded rods 3/4.5/6 m · GI Pipe 40/50/80 NB
Industrial Zones in Mumbai We Serve
Western-region refinery expansions, port electrification, and metro corridors specify hot-dip galvanized perforated cable trays and IS 3043-compliant earthing for corrosive coastal environments.
- Mahul Refinery Belt
- JNPT / Navi Mumbai
- Taloja MIDC
- Thane–Belapur Industrial Belt
- TTC Industrial Area
Materials & Surface Treatments
- GI flat/strip per IS 2062
- Copper-bonded steel rods
- GI pipes per IS 1239
- Pure copper strip
Industries in Mumbai Using Earthing Materials
Frequently Asked Questions
What earth resistance does IS 3043 require for industrial plants?+
IS 3043 recommends below 1 ohm for substations and critical equipment; up to 5 ohms for general installations. Lower resistance improves fault protection and equipment safety.
What is the difference between GI and copper earthing strip?+
GI (galvanized iron) earthing strip is cost-effective and widely used for industrial earthing. Copper strip offers superior conductivity and long-term corrosion resistance, preferred for high-value or aggressive coastal environments.
What is a copper-bonded earth rod?+
A copper-bonded rod is a steel core rod with a thick copper layer electro-deposited on its surface. It combines the strength of steel with the conductivity and corrosion resistance of copper — ideal for industrial and substation earthing per IS 3043.