OEM Public Transit High Mast Poles (Mumbai Metro & Rail Corridors)
Continuous polygonal tapered steel towers featuring automated internal winches, optimized for Western Dedicated Freight Corridor junctions.
Engineering High-Yield Polygonal Steel Mast Solutions (15m–40m) Designed for Port Expansion, Highway Interchanges, and Industrial Corridors Across the Mumbai Metropolitan Region (MMR).
Pre-engineered polygonal steel masts configured for high wind-shear coastal operations, port container logistics, and high-density municipal freight intersections.
Continuous polygonal tapered steel towers featuring automated internal winches, optimized for Western Dedicated Freight Corridor junctions.
Heavy-duty 25m–40m masts engineered with C5-M marine duplex galvanizing, designed for high-lumen 24/7 container apron illumination.
Custom head-frame designs for symmetrical/asymmetrical sports floodlighting arrays conforming to broadcast-grade lux uniformity criteria.
Conical and octagonal hot-dip galvanized poles custom manufactured for Mumbai municipal roadway infrastructure and smart city networks.
The Mumbai Metropolitan Region (MMR) is undergoing unprecedented infrastructural expansion. Mega-projects such as the Mumbai Trans Harbour Link (Atal Setu), the Navi Mumbai International Airport (NMIA), the Western Dedicated Freight Corridor (WDFC), and major arterial highway interconnectors overseen by MMRDA and MSRDC require high-reliability large-area illumination systems.
Naval facilities, chemical freight stations in Taloja, logistics nodes in Bhiwandi, and the Jawaharlal Nehru Port Authority (JNPA)—handling more than 50% of India's container traffic—demand high mast luminaires and structural towers that deliver continuous operational clarity while enduring intense environmental friction.
Coastal Mumbai presents extreme saline atmospheric dampness. Standard single-dip zinc coatings deteriorate rapidly under continuous marine salt fog. Our masts utilize duplex coating systems: certified hot-dip galvanization (≥86µm to 120µm) sealed with aliphatic polyurethane or thermosetting powder barrier finishes.
Adhering to Indian Standard IS 875 (Part 3): 2015, Mumbai is categorized under a 44 m/s design basic wind speed zone, with coastal port margins encountering squall velocities exceeding 50 m/s. Our multi-sided polygonal geometry (12 to 20 sides) effectively dampens aerodynamic vortex shedding and mast oscillations.
High-throughput freight terminals in Nhava Sheva cannot afford crane stoppages or maintenance shutdowns. Our automated motorized lowering headgear systems enable maintenance teams to service LED optical head-frames at ground level within 20 minutes, eliminating cherry-picker road blockages.
Complete structural calculations, finite element stress analysis (FEA), and mechanical load distributions engineered to meet municipal tender compliances in Maharashtra.
| Engineering Parameter | Indian / International Tender Standard | Xintong Factory Manufacturing Benchmark | Operational Value for Mumbai EPC Contractors |
|---|---|---|---|
| Structural Steel Grade | IS 2062 Grade E350 / EN 10025 S355JR | High-Tensile Q355B / S355 with Mill Test Certificates | Minimum yield strength 355 MPa guarantees superior wind-load deflection resistance. |
| Aerodynamic Geometry | Continuous Polygonal (12, 16, or 20-sided) | Single-seam automated submerged arc welded (SAW) column | Reduces aerodynamic drag coefficients ($C_d$) compared to conventional round shafts. |
| Anti-Corrosion Protection | IS 4759 / IS 2629 / ASTM A123 / ISO 1461 | Full immersion hot-dip galvanizing (86–120 µm) + Duplex Powder | Guaranteed 25+ years rust-free exterior protection in high humidity coastal zones. |
| Winch Mechanism & Wire Rope | IS 2266 / EN 12385 (Stainless Steel Rope) | Dual-drum self-locking worm winch + AISI 316 Stainless Steel Ropes | Safety factor $\ge 6:1$ with auto-latching headgear locks, eliminating wire fatigue. |
| Photometric Optical Efficiency | IS 10322 / IESNA LM-79 & LM-80 / TM-21 | Lumileds / Cree Chips, $>160\text{ lm/W}$, IP66 / IK09, TVS 10kV/20kV | Sharp cut-off asymmetrical distributions prevent glare blinding for crane operators and drivers. |
Every polygonal lighting mast manufactured in our 100,000 m² Gaoyou facility begins with traceable Q355 steel coils cut with high-power CNC laser flatbed tables to millimeter tolerances.
Our heavy-duty 1,600-ton tandem CNC press brakes form 12-sided, 16-sided, and 20-sided polygonal pole shafts up to 14 meters in length in a single continuous stroke, significantly minimizing horizontal cross-welds. Longitudinal seams are bonded using twin-wire submerged arc welding (SAW), ensuring complete root penetration verified by non-destructive ultrasonic testing.
Anchor baseplates are laser-profiled with reinforced gussets welded both internally and externally, designed to distribute torsional bending moments across high-grade foundation anchor cages.
Bridging the speed-to-market and cost-to-quality gap for engineering procurement and construction (EPC) conglomerates across South Asia.
Gaoyou, Jiangsu houses the world’s most concentrated industrial ecosystem for outdoor lighting poles and structural masts. With 7 fully automated production lines and 500+ experienced technicians, our plant processes over 3,000 tons of structural steel every month.
Domestic Indian manufacturers frequently suffer from raw sheet rolling queues and local galvanizing bottlenecks, taking 12 to 16 weeks. We package and dispatch full container loads (FCL) from Shanghai or Ningbo ports directly to Nhava Sheva (JNPT) within 14–18 days maritime transit.
We eliminate quality variance by owning the full manufacturing chain: from laser cutting and submerged arc welding to high-capacity hot-dip zinc galvanizing and photometrical testing in darkroom goniophotometer tunnels.
Traceable Q235 / Q355 mill test certificates verifying tensile & yield points.
Accurate polygonal shapes bent on 1,600T tandem CNC machines.
Automatic submerged-arc longitudinal seam with NDT testing.
Full molten zinc immersion to ASTM A123 / IS 4759 standards.
Optional dual-layer electrostatic polyester powder baking.
Nesting sections wrapped in geofabric to avoid transit friction.
Tailored lighting engineering addressing high-density transit corridors, logistical hubs, and large-scale public plazas.
Designed for container stacking terminals, bulk cargo jetties, and bonded customs parks in Nhava Sheva. 30m–40m masts with 12 to 16 floodlights provide 30–50 lux average ground illumination with zero dark corners, reducing container movement collisions.
Deployed on complex elevated grade-separators, flyovers, and toll plazas (e.g., Eastern Freeway, Western Express Highway, Atal Setu connectors). High masts eliminate forest-of-poles clutter, providing uniform horizontal lux and lower overall foundation maintenance.
MIDC manufacturing estates in Taloja, Rabale, Mahape, and Bhiwandi warehousing clusters. Engineered with vibration-damped luminaire rings, IP66 waterproof ingress protection, and thermal heat-sink housings rated for continuous ambient 45°C monsoonal pre-heat.
| Infrastructure Typology | Recommended Mast System | Mounting Height | Standard Luminaire Array | Critical Compliance Criteria |
|---|---|---|---|---|
| Port Terminals & Container Yards | Polygonal Motorized Lowering Mast | 30m – 40m | 8 – 16× 600W–1000W Marine Floodlights | Duplex C5-M zinc coating, IP66, G6 anti-glare rating. |
| Highway Interchanges & Toll Plazas | Polygonal Raising/Lowering High Mast | 20m – 30m | 6 – 12× 400W–600W Asymmetric Luminaire | Aerodynamic 16-sided profile, IS 875 wind shear rating. |
| Rail Marshalling Yards & Depots | Fixed Head or Lowering Carriage Mast | 20m – 25m | 6 – 8× 400W Narrow Beam Floodlights | Vibration-resistant hardware, stainless steel wire safety rope. |
| Sports Arenas & Stadiums | Fixed Platform Headframe Tower | 25m – 40m | 16 – 32× 1000W–1500W Broadcast Luminaires | CRI > 80/90, TLCI > 85, flicker-free (<1%) HDTV broadcasting. |
| Municipal Arterials & Smart Streets | Conical & Octagonal Street Poles | 8m – 12m | Single / Double Arm 100W–250W LED Fixture | AASHTO / EN 40 compliance, hot-dip galvanized finish. |
Decades of field-proven municipal and industrial installations delivered across diverse global geographical challenges.
Polygonal high mast towers providing expansive illumination for round-the-clock cargo and container handling under severe maritime salt-spray environments.
Galvanized steel camera poles engineered for continuous vibration-free municipal public-safety monitoring in extreme high-temperature desert environments.
Rugged off-grid all-in-one solar lighting arrays that maintain continuous nighttime perimeter illumination independently of local utility load-shedding.
Peru Logistics
Off-grid solar and high mast hybrid luminaires engineered for South America's major maritime trade corridor.
Kyrgyzstan
Double-arm conical steel poles built to withstand sub-zero freeze-thaw cycles along a primary airport route.
Ethiopia
Polygonal floodlight masts engineered around comprehensive DIALux lux simulations for international athletic training.
Over two decades in municipal traffic and lighting infrastructure have shaped a support model tailored for overseas EPC contractors and civil project engineers.
Our engineering division produces custom CAD structural layouts, 3D foundation cage drawings, and precise DIALux photometric simulations so tender submittals achieve first-time technical approval.
Dedicated fabrication lines for steel polygonal shafts, LED optical housings, and traffic signal gantries ensure single-point accountability, competitive factory pricing, and coordinated containerized dispatch.
We supply step-by-step foundation bolt positioning templates, motorized winch wiring schematics, and video-assisted or on-site engineering supervision to ensure error-free site erection.
Clear, definitive technical answers for procurement directors, structural consultants, and EPC site managers.
Xintong is a genuine direct manufacturer. Founded in 1999, we operate a 100,000 m² integrated production base in Gaoyou, Jiangsu Province, China. We run 7 industrial production lines encompassing steel uncoiling, tandem CNC bending, automated SAW welding, hot-dip galvanizing, and photometric assembly. EPC contractors are invited to conduct on-site factory audits or arrange real-time video inspections.
Our high mast towers and steel lighting poles comply with EN 40, ASTM A123, and AASHTO LTS-6. For projects across India and Maharashtra, we engineer structural wind moments strictly to IS 875 (Part 3): 2015, utilize steel meeting IS 2062 / EN 10025, and perform zinc galvanization per IS 2629 / IS 4759 / ISO 1461.
We supply turnkey systems. Beyond fabricating polygonal shafts, baseplates, and anchor cages, we engineer complete motorized raising-and-lowering carriages, dual-drum winches, stainless steel wire ropes, explosion-proof power junction boxes, and high-efficiency LED floodlight luminaire packages supported by complete DIALux reports.
To provide an accurate technical and commercial proposal, please provide: total mast mounting height (e.g., 20m, 25m, 30m, 35m), site basic wind speed (e.g., 44 m/s or 50 m/s for coastal zones), number and wattage of LED luminaires, carriage type (motorized raising/lowering or fixed ladder/platform), and target destination port (e.g., Nhava Sheva / JNPT).
Our columns are fabricated from certified Q355 structural steel and undergo complete chemical pickling, fluxing, and molten zinc immersion hot-dip galvanization after welding. For high-salinity marine environments like JNPA, we apply a duplex protective system (galvanizing plus 80–100 µm architectural polyester powder coating), delivering a 25+ year lifespan.
High masts (e.g., 30 meters) are fabricated in 2 to 3 telescopic slip-joint sections (each 10m–12m long). These fit cleanly inside standard 40ft High Cube (40' HC) shipping containers. The telescopic overlap joint is designed with a 1.5× diameter friction fit, removing any need for site welding.
Explore our complete production line of heavy-load, municipal roadway, smart city, and split-type solar lighting assemblies.
Engineered for extreme cyclonic gusts, coastal wind corridors, and heavy multi-tier luminaire arrays across Western Maharashtra.
Tapered polygonal columns equipped with heavy-duty base flanges and motorized lantern carriages for round-the-clock transport hubs.
High-wattage split solar system with independently adjustable PV panels and LiFePO4 batteries for MIDC industrial perimeter access roads.
Engineered structural head-frames designed around DIALux aiming matrices for flicker-free sports ground and athletics track illumination.
Integrated octagonal and square poles combining LED luminaires, environmental sensors, public address speakers, and municipal cameras.
Polygonal 25m–40m masts with fixed maintenance platforms or motorized lowering rings for high-security maritime container terminals.
Single and double arm street light poles (6m–12m) with baseplates configured for urban arterials, highway flyovers, and municipal roads.
Architectural aesthetic poles designed for waterfront promenades, municipal civic plazas, business parks, and upscale township roadways.
Bypass export trading agents. Forward your drawings, BOQ, and tender specification files to receive comprehensive structural calculations, DIALux simulation files, and direct factory pricing within 24 hours.