The High-Stakes Challenges of Area Lighting
In infrastructure projects requiring 20 to 35-meter illumination, there is zero room for error. EPC contractors and port authorities face severe risks when specifying high mast systems:
Catastrophic Structural Failure: Standard poles cannot withstand the extreme aerodynamic drag of multiple heavy LED fixtures during typhoons or hurricanes, leading to catastrophic collapse.
Lifting System Hazards & High OPEX: Inferior wire ropes or manual winches snap under tension, making high-altitude maintenance extremely dangerous and heavily dependent on expensive crane rentals.
Poor Lighting Uniformity & Glare: Disconnected procurement (buying poles and lights separately) results in mismatched photometric performance, causing dark spots and dangerous glare for drivers or port operators.
The XINTONG Advantage: A Fully Integrated Lighting Solution
We do not just sell steel poles. XINTONG provides a fully integrated "Lamp + Pole" road and area lighting solution, eliminating the compatibility risks of multi-vendor sourcing.
Aerodynamic & Foundation Engineering: We calculate the exact wind load coefficient based on your specific LED fixture quantity and local weather extremes, selecting premium Q345/Q460 steel grades.
Precision DIALux Simulation: Our engineers map out the perfect luminaire aiming angles (Asymmetric or Symmetrical) to guarantee optimal lux levels and uniformity across vast areas.
In-House System Assembly: The pole, the motorized lifting gear, the aviation wire ropes, and the LED modules are tested together in our facility before shipping to ensure zero integration issues on-site.
Safe, Crane-Free Ground Level Maintenance
Our high mast systems are equipped with a state-of-the-art motorized lowering and lifting mechanism, designed to protect your maintenance crew and reduce long-term OPEX.
Aviation-Grade Stainless Steel Wire Ropes: Featuring a high safety factor (7:1 breaking strength) with anti-rotation design to prevent twisting during ascent/descent.
Auto-Locking & Anti-Fall Braking: An independent mechanical latching system locks the light ring at the top, taking the load off the wire ropes during daily operation. In case of anomaly, the electromagnetic brake engages instantly.
Ground-Level Remote Operation: Maintenance personnel can safely lower the entire lighting ring to 1.5 meters above the ground using a wired remote control panel, eliminating the need for cherry pickers or cranes.
Custom Configurations for Any Infrastructure
1.Airports & Deep-Water Seaports
Configuration: Crown/Circular Ring with up to 24 heavy-duty LED modules.
Value: Resists highly corrosive marine salt spray (C5 anti-corrosion layer) and delivers intense, uniform lux levels required for 24/7 safe cargo operations.
2.Highway Interchanges & Toll Plazas
Configuration: Symmetrical multi-directional lighting ring.
Value: Eliminates dark spots across massive multi-lane junctions while rigorously controlling glare to ensure driver safety.
3.Large Stadiums & Sports Complexes
Configuration: Unilateral (Single-Sided) Stadium Head Frame.
Value: Focuses powerful, flicker-free LED floodlights directly onto the pitch to meet HD broadcasting standards without light spillage.
Engineered to Exceed International Standards
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Technical Parameters |
Engineering Specifications |
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Height Range |
15m, 18m, 20m, 25m, 30m, 35m (Custom up to 40m+) |
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Material & Structure |
Q345B (S355) / Q460 High-Tensile Steel, Multi-sided Polygonal Slip-joint |
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Surface Anti-Corrosion |
Hot-Dip Galvanized to ASTM A123 (Optional Dual Powder Coating) |
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Lifting Mechanism |
Heavy-duty dual-drum motorized winch with self-locking safety brake |
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Lighting Integration |
IP66 / IK08 High-Efficacy LED Floodlights (130-160 lm/W) |
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Certifications |
CE, RoHS, ISO9001, Structural Integrity Reports Available |
Request Your Free Project Simulation
Take the Guesswork Out of Your High Mast Project
Partner with a true integrated manufacturer. Send us your site dimensions or AutoCAD layouts, and our lighting engineers will provide a comprehensive feasibility study.