BN Metal provides ladder type cable tray solutions for industrial, commercial, electrical, and infrastructure projects in Pune, Maharashtra. Ladder type cable trays are designed to support and organize power cables, control cables, instrumentation cables, and other compatible electrical cables in installations where ventilation, accessibility, and reliable cable support are important.
We offer ladder type cable tray solutions in different dimensions, material options, thicknesses, rung configurations, and surface finishes, subject to product availability and project specifications. Our team can assist electrical contractors, EPC companies, industrial facilities, project consultants, and procurement professionals in identifying suitable cable management products for their applications.
If you are looking for ladder type cable tray manufacturers in Pune, contact BN Metal with your technical drawings, bill of quantities (BOQ), or project requirements to discuss available specifications and request a quotation.
A ladder type cable tray is an electrical cable support system consisting of two side rails connected by transverse rungs. Its open construction allows air circulation around cables and provides convenient access for cable installation, inspection, identification, and maintenance.
Ladder cable trays are commonly selected for industrial installations that require organized cable routing over longer distances or between electrical equipment, distribution panels, machinery, and plant systems. BN Metal offers ladder type cable tray solutions for applications where product dimensions, material selection, cable loading, support spacing, and installation conditions must be considered together.
Our product selection can be discussed according to the following requirements:
Standard specifications of our Ladder Type Cable Trays. Custom sizes, thickness and finishes are available on request. Final dimensions, materials, finishes, and available configurations must be confirmed with BN Metal before placing an order.
| No. | Parameter | Specification |
|---|---|---|
| 1 | Product | Ladder Type Cable Tray |
| 2 | Material | Mild Steel (MS), Stainless Steel (SS 304 / SS 316), Aluminium |
| 3 | Finish | Pre-galvanised (GI), Hot-Dip Galvanised (HDG), Electro-galvanised, Powder Coated |
| 4 | Tray Width | 100, 150, 200, 300, 450, 600, 750 and 900 mm |
| 5 | Side Rail Height | 50, 75, 100 and 150 mm |
| 6 | Standard Length | 2.5 m or 3 m |
| 7 | Side Rail Thickness | 1.5, 2.0, 2.5 and 3.0 mm |
| 8 | Rung Thickness | 1.5, 2.0 and 2.5 mm |
| 9 | Rung Spacing | 225, 250 or 300 mm |
| 10 | Rung Type | Flat or tubular rungs, welded or riveted to the side rails |
| 11 | Side Rail Profile | Roll-formed section with return flange for extra strength |
| 12 | Load Class | Light, medium and heavy duty |
| 13 | Support Span | Typically 1.5 m to 3 m, depending on the cable load |
| 14 | Safe Working Load | Depends on width, thickness and span. Load and span charts available on request |
| 15 | Deflection | Designed to stay within permitted limits at rated load |
| 16 | Galvanising Standard | IS 4759 or ASTM A123 for HDG, with coating thickness checked |
| 17 | Ventilation | Open ladder design allows free air circulation around the cables |
| 18 | Joints | Splice plates (couplers) with nuts and bolts, with earth continuity across joints |
| 19 | Fittings | Horizontal bends, tees, crosses, reducers and inside / outside risers |
| 20 | Supports | Brackets, hanger rods, channels, and wall or ceiling mounts |
| 21 | Accessories | Covers, cable clamps, hold-down brackets and end caps |
| 22 | Standards | Manufactured as per NEMA VE 1 and IEC 61537 guidelines |
| 23 | Testing and Inspection | Dimensional accuracy, weld quality, finish and coating checks. Test report on request |
| 24 | Applications | Industrial plants, power and utilities, data centres, commercial buildings and infrastructure projects |
| 25 | Customisation | Custom width, height, length, thickness, bend radius, fittings, finishes and colours, made to your drawings |
Problem: The customer needed to route multiple heavy power cables through an industrial facility, but the existing cable support system was not suitable for the increased cable load.
What the Customer Faced:
How We Solved It: We supplied a heavy-duty Ladder Type Cable Tray with suitable width, thickness, and support configuration based on the customer's cable load requirements.
Result: The customer achieved stronger cable support, organized routing, reduced sagging concerns, and better scope for future cable expansion.
Remark: Solved. The heavy-duty tray was selected strictly on the customer's cable load data.
Problem: A plant needed to run cables across a wide area where supports could only be placed at long intervals, and the existing tray bent under the weight.
What the Customer Faced:
How We Solved It: We supplied a Ladder Type Cable Tray with reinforced side rails and closely spaced rungs, matched to the span length and load.
Result: The customer achieved a stable, level installation over longer spans, with fewer supports needed and a safer working area.
Remark: Solved. Reinforced side rails removed the deflection problem without adding extra supports.
Problem: A chemical plant needed cable trays for outdoor and humid areas, but the existing trays were rusting within a short time.
What the Customer Faced:
How We Solved It: We supplied Ladder Type Cable Trays in hot-dip galvanised or stainless steel finish, chosen to suit the plant's environment.
Result: The customer achieved longer tray life, less maintenance, and reliable cable support in harsh conditions.
Remark: Solved. The right finish for the environment ended the repeated rust and replacement cycle.
Problem: A power distribution room had cables bunched together on solid trays, and heat could not escape.
What the Customer Faced:
How We Solved It: We supplied Ladder Type Cable Trays, whose open design allows free air circulation around the cables, with proper rung spacing for easy cable laying.
Result: The customer achieved better cable cooling, lower overheating risk, and simple inspection of the cables.
Remark: Solved. The open ladder design improved airflow and made inspection easy.
Problem: A growing manufacturing unit expected to add more cables over time, and its current layout had no spare capacity.
What the Customer Faced:
How We Solved It: We supplied Ladder Type Cable Trays with extra width and standard accessories such as bends, tees, reducers and couplers, so new runs could be added easily.
Result: The customer got organised cabling, quick additions without major rework, and lower downtime for future expansion.
Remark: Solved. Spare tray capacity and standard fittings make future additions quick and low-cost.
Problem: The customer's building had tight turns, level changes and non-standard routes, and standard trays did not fit.
What the Customer Faced:
How We Solved It: We manufactured Ladder Type Cable Trays and fittings to the customer's drawings, including custom width, side rail height, length and bend radius.
Result: The customer achieved a clean, accurate installation, less on-site rework, and on-time delivery.
Remark: Solved. Made-to-drawing trays and fittings fitted the layout with no on-site changes.
Selecting the correct ladder type cable tray requires consideration of cable quantity, cable diameter, cable weight, tray dimensions, rung spacing, support span, installation environment, and applicable project standards.
Load capacity and deflection depend on the tray's structural design, material thickness, rung configuration, joint arrangement, and distance between supports. The appropriate load rating must be established using approved manufacturer data or applicable test results rather than estimated from tray dimensions alone.
For outdoor or corrosive environments, material grade and surface protection should be chosen according to the actual operating conditions. All final specifications should be confirmed before manufacture or installation.
Ladder type cable trays are used in various electrical and industrial environments, including:
The appropriate tray design depends on cable type, environmental exposure, structural loading, and installation requirements.
A complete cable tray installation may require compatible fittings and supporting components to create a continuous cable route.
Common Accessories
Accessory availability and compatibility should be confirmed for the selected tray series and project design.
Choosing a cable tray supplier involves more than comparing product prices. Buyers should evaluate the suitability of the tray design, available materials, specification compliance, technical documentation, and delivery requirements. BN Metal works with customers to understand their cable management requirements and identify suitable product configurations based on the information supplied.
When discussing your project with BN Metal, you can specify:
Providing complete technical information helps establish the appropriate product configuration and quotation requirements.
BN Metal serves customers looking for cable tray solutions for industrial, commercial, and infrastructure applications in Pune and other locations, subject to delivery availability.
If you are planning an electrical installation, industrial expansion, or infrastructure project, provide the required cable tray dimensions, material, finish, quantity, and technical specifications when requesting a quotation.
Our team can review the supplied requirements and confirm product availability, applicable specifications, and commercial details.
Looking for ladder type cable tray manufacturers or suppliers in Pune? Contact BN Metal to discuss your cable management requirements, technical specifications, and project quantities. Share your BOQ or product drawing to help establish the suitable tray configuration, material requirements, accessories, and quotation details.
Request a quotation from BN Metal for your ladder type cable tray requirements in Pune, Maharashtra.
A ladder type cable tray is a cable support system constructed with two side rails connected by transverse rungs. It supports electrical cables and provides an open structure that facilitates ventilation and cable access.
Ladder cable trays have an open rung-style structure, whereas perforated cable trays have a supporting base containing openings. Ladder trays are often selected where ventilation and cable access are priorities. Perforated trays provide a more continuous supporting surface. Selection depends on the cable type and installation requirements.
Common material options include mild steel, galvanized steel, and stainless steel. The appropriate material depends on corrosion exposure, operating environment, project requirements, and available product configurations.
Tray width, side rail height, length, and thickness vary according to the product range and project specifications. Share your required dimensions or technical drawing with BN Metal to confirm availability.
Load capacity depends on tray construction, material thickness, rung configuration, cable weight, support span, and applicable design requirements. Use approved load tables or appropriate test data to establish the permitted loading.
They can be suitable for outdoor installations when the material, finish, support arrangement, and structural design are appropriate for the environmental conditions. Corrosion protection and project specifications should be reviewed before selection.
Compatible accessories may include bends, tees, crosses, reducers, couplers, covers, and mounting supports. Availability should be confirmed for the selected tray configuration.
Customized dimensions, rung spacing, materials, and finishes may be available depending on manufacturing capability and project requirements. Confirm the final specifications before ordering.
Consider cable quantity, cable diameter, total cable weight, required cable separation, tray dimensions, support spacing, environmental exposure, and the applicable installation standards. A BOQ or approved technical drawing can help determine the required configuration.
Provide the required width, side rail height, thickness, material, finish, rung spacing, accessories, quantity, delivery location, and technical drawings if available. BN Metal can review the supplied requirements and confirm the quotation details.
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