GI Cable Tray Manufacturers in Mumbai, Suppliers and Dealers in Mumbai

Electrotech Industries is a prominent GI Cable Tray manufacturers in Mumbai, suppliers, and dealers in Mumbai. With decades of expertise backed by a visionary approach, we continuously innovate in the design, material strength, and performance of Galvanized Iron or GI Cable Trays to cater to the ever-evolving needs of industries across Mumbai.

With a state-of-the-art manufacturing setup combined with the highest engineering competence, each and every tray is built for high performance in very tough environments such as industrial plants, data centres, or commercial buildings.

GI cable trays are designed to make cable management easier, safer, and long-lasting—perfectly blending durability, innovation, and cost efficiency.

• Ladder-Type Cable Tray
  This variant features two robust side rails joined by a number of rungs and allows heavy cables to be laid across with very good structural support.
  In modern smart-facility environments, we incorporate anti-vibration mounts and modular quick-install joiners for rapid deployment in automated plants.
  The ladder type is ideal for big power distribution systems and high-current cable runs when cooling and accessibility are crucial.
• Perforated Cable Tray
  It provides solid protection with a solid base, punctuated by a system of ventilating holes or slots for airflow.
  Newer models feature laser-cut perforation patterns and optional sensor-mounting brackets for IoT monitoring of heat and load.
  It is suited to industrial and data-centre installations where there is a need to cool moderate cable loads and have periodic maintenance access.
• Solid Bottom Cable Tray
  This main solid bottom cable tray is fully closed and without perforations in the bottom for added protection against dust, dirt, moisture, or physical damage.
  Recent models of solid-bottom trays have been designed with earthing strips, and when required, fire-retardant linings.
  This will, therefore, make the solid-bottom version the right choice for control rooms, clean rooms, or outdoor switchyard installations where complete shielding is needed.
• Wire Mesh Cable Tray
  Not as common in GI form as either aluminium or stainless steel, our variant in wire mesh makes use of galvanised iron mesh for routing cables in retrofit, mezzanine, or service ceiling zones in a lightweight and flexible manner.
  Quick-hinge covers and detachable monitoring ports are also now available in mesh trays to support smart building infrastructure upgrade initiatives.
  This variant is particularly suitable for commercial interiors, retrofit projects, and telecom pathways where the flexibility and visibility of cables matter.

• Corrosion-Resistant Galvanizing
  Our trays are made of GI steel coated with zinc to protect them from rust and moisture. Thus, they can be used indoors and outdoors.
  The recent innovation in the production line is the additional zinc-iron alloy layers created with inline plating sensors that ensure even thickness.
  This provides longer life and lower maintenance costs under extreme or moist Mumbai industrial climatic conditions.
• Large Load-Bearing Capability with Modular Support
  Each tray is designed to bear heavy cable loads without deformation, while the modular system allows easy expansion or modification.
  During the design phase, advanced FEA was incorporated to optimise the side-rail geometry for even higher weight tolerance at reduced material thickness and weight, thus enabling future-ready installations to easily accommodate additional capacities.
• Excellent Heat Dissipation and Ventilation
  Especially for ladder and perforated types, good tray design does not allow cables to overheat; hence, there is no performance degradation.
  Thermal-monitoring ports are embedded and the optimised perforation pattern in the trays allows better airflow and smart facility integrations like connecting to building management systems, which helps extend cable life and maintain safety.
• Ease of Installation, Future-Proof Adaptability
  All tray systems are pre-punched with quick-attach fittings and modern designs for fast installation and upgrades of cable pathways in the future.
  Integrated sensor clips and accessory channels allow the addition of lighting, sensors, and communication wiring with the power cables.
  This forward-thinking feature supports building automation and Industry 4.0 readiness.

• Industrial Manufacturing Plants
  Heavy-duty industrial applications like automotive, EPC, and process plants require large power and control cables with better support and accessibility for future modifications.
  Ladder-type and perforated trays, along with enhanced structural design and embedded monitoring ports, are well suited for the said application.
  The corrosion-protected GI tray gives superior performance even in tough conditions with dust, fumes, or moisture.
• Data Centres, Telecom, and IT Infrastructure
  These applications require excellent cable management, effective cooling, and scalability.
  Modern data centre demands for high-density cabling and monitoring are met by perforated and wire-mesh variants, which have sensor-compatible features and flexible routing.
  In updated designs, proper heat dissipation and accessibility are also achieved.
• Commercial Buildings and Infrastructure Projects
  From office complexes to hospitals to airports, structured cabling pathways must meet aesthetic, safety, and flexibility criteria.
  Solid-bottom trays with fire-retardant linings, cable management accessories, and neat installation features are well suited.
  Customised finishes and coverings are also offered for architectural integration.
• Power Plants, Switch-Yards, and Renewable Energy Installations
  Power plants, switch yards, and renewable energy installations have very specific demands for durability and corrosion resistance and require excellent load support for large cables.
  Improved galvanization and engineered support from GI cable trays make them fit perfectly in these settings.
  Modular systems allow for future upgrades to take place as renewable energy capacity grows.