GI Strip Manufacturers in Mumbai, Suppliers and Dealers in Mumbai

Electrotech Industries is one of the most reliable and innovative GI Strip Manufacturers, Suppliers, and Dealers in Mumbai, well-recognized for providing high-performance and long-lasting GI Strips.

Powered by a well-defined vision to ensure renewal, quality, and improvement in engineering, we fabricate galvanized iron GI Strips for modern industrial, electrical, and structural purposes.

Each GI strip manufactured is done under proper supervision and with advanced galvanization techniques so that they may offer good resistance to corrosion, flexibility, and high conductivity.

With the evolution of industries, there has been an increasing need for advanced materials that meet both technological and ecological standards. The manufacturing infrastructure is regularly upgraded with state-of-the-art galvanization technologies, high-precision rolling mills, and automated inspection systems.

This ensures that GI Strips meet international standards in order to cater to the futuristic needs of power distribution, telecommunication, construction, and renewable energy system industries.

• Hot-Dip Galvanized (GI) Strips
  Manufactured through advanced hot-dip galvanizing processes, these provide uniform zinc coating on both sides of the strip. This imparts superior corrosion resistance and makes them ideal for applications like outdoors and electrical earthing. Modern continuous galvanizing lines ensure better adhesion and a longer life even in highly humid or saline environments.
• Perforated Strips
  Perforated GI strips are punched by CNC-controlled perforation systems to provide consistency in hole patterns, cable management, and support systems. The design offers better ventilation and flexibility in industrial installations. Featuring advanced anti-rust coating, they provide a longer functional life even in the chemically exposed zones.
• Bolted Strips
  Bolted GI Strips provide ease of assembly and installation of earthing and power distribution networks. The strips will enable fast and secure connections using high-tensile bolts and nuts without welding. Modern electroplating and anti-corrosive treatment ensure better conductivity and mechanical performance.
• Welded Strips
  Welded GI Strips are manufactured with a high-tech robotic welding system in order to increase structural integrity. Applications include, but are not limited to, grounding systems, transformers, and electrical panels. The smooth finish and constant thickness of the coating maintain stable electrical continuity with reduced maintenance needs.
• Braided Flexible Bands
  Manufactured from several fine GI wires braided together, the strips have excellent flexibility and conductivity. This finds wide application where vibration resistance and dynamic electrical connections are required. Uniform tension, compact structure, and low resistance across the length of the strip are ensured by the latest braiding machines.
• Polyethylene Encapsulated Strips
  These new strips have a layer of polyethylene encapsulation for added protection against moisture, chemicals, and mechanical wear. Applicable for underground earthing and difficult environments, these ensure longevity and stability. Encapsulation is effected through the latest polymer bonding techniques that enhance both mechanical strength and insulation.

• High corrosion resistance:
  GI strips are made from micro-alloyed zinc coating with nano-protective technology to avert oxidation and rust in extreme climates for long-lasting durability and performance. The advanced coating layer takes the role of a shield against environmental degradation.
• Better Electrical Conductivity:
  Precision galvanizing on a pure-grade steel base increases the current-carrying capacity. Thus, these strips are ideal for earthing and grounding applications in power grids and renewable systems. Advanced surface finishing offers the least loss due to resistance in transmission.
• Thickness and finish:
  All strip materials are fully monitored for accurate dimensionality by means of an automatic thickness monitoring system. This provides strip material that is uniform in conductivity and easily compatible with industrial fittings, while a smooth finish also reduces the risks of mechanical wear or initiation of corrosion.
• Eco-friendly manufacturing process:
  The production facility is fitted with zero liquid discharge systems and furnaces that emit low emissions, making the process eco-friendly. The use of recyclable steel and galvanising with sustainable methods facilitates the manufacturing of ‘green’ products, aligning with Mumbai’s commitment towards clean industrial growth.

• Long-Term Durability:
  Because of advanced galvanisation and surface treatment, GI strips remain serviceable for decades under very harsh environmental conditions, which translates into less frequent replacement and dependability in critical installations. This adds to the long-term cost efficiency because of the low-maintenance feature.
• Excellent corrosion and weather resistance:
  The strips retain their integrity in high humidity or pollution even in coastal and industrial areas. The zinc protective layer prevents rust and oxidation effectively, maintaining safety and conductivity across all operations.
• Easy Installation and Handling:
  Lighter in weight and with similar dimensions, GI Strips are easily installable in varied environmental conditions. They can be bolted, welded, or fixed by using modern mounting accessories. This saves labour time and ensures faster completion of projects.
• Energy-Efficient and Reliable:
  The high conductivity and low resistance of GI Strip enable flow with minimum loss of energy. This directly contributes to saving energy in extended electrical networks. Advanced coating further ensures reliable earthing performance.

• Electrical and Power Distribution:
  GI Strips find wide application in earthing and grounding systems to safely dissipate fault currents. With superior conductivity and corrosion resistance, they ensure dependability for electrical systems. They are an inseparable part of most modern substation and transformer installations.
• Construction and Infrastructure:
  GI Strips are mainly used as basic components of structural build-ups in construction, particularly for bonding and grounding systems. They prevent electrical hazards by distributing equal potential among their metal parts. Advanced coating prevents them from losing strength and durability at construction sites.
• Telecommunication Systems:
  GI Strips are used in telecom towers and provide grounding safety for lightning and surge currents. The flexible nature and corrosion protection make them suitable for outdoor installations. The latest encapsulated designs ensure high endurance against environmental stress.
• Renewable Energy Projects:
  Solar and wind power installations need to have stable earthing and bonding systems for operational safety. Advanced GI Strips support high conductivity and a long service life for such green energy installations. The environment-friendly coating supports sustainable energy infrastructures.