 |
| Quantity: | |
|---|---|
As a premier manufacturer and supplier of critical infrastructure solutions, we present our premium outdoor expressway hot-dip galvanized street lamp poles. Engineered specifically for large-scale traffic lighting and highway projects, these structures deliver unparalleled mechanical stability and long-term reliability.
Available in standard 6m, 8m, and 12m heights with extensive customization options.
Forged from high-yield Q235, Q345, or Q355 carbon steel for maximum structural integrity.
Features a dual-layer hot-dip galvanized and powder-coated finish for exceptional weather resistance.
Optimized for expressways, complex traffic intersections, and expansive outdoor plazas.
When outfitting expansive expressways or complex urban intersections, the reliability of your physical infrastructure is paramount. Our hot-dip galvanized street lamp poles are meticulously engineered to provide unwavering support for heavy-duty traffic lighting systems. Running your hands along the surface of these poles, you will immediately feel the flawless, smooth finish of the electrostatic polyester powder coating. This tactile perfection is a direct result of our rigorous dual-layer anti-corrosion process. This robust exterior not only presents a sleek, professional architectural aesthetic that blends seamlessly into modern cityscapes, but it also acts as an impenetrable shield against harsh coastal salt sprays, relentless industrial pollution, and intense UV radiation.
Beyond their striking visual appeal, these towering structures are forged to solve the most demanding environmental challenges faced by project developers and urban planners. By integrating premium-grade carbon steel with advanced automatic submerged arc welding, we completely eliminate the structural vulnerabilities often found in standard municipal lighting supports. The resonant, solid acoustic feedback when tapping the pole reveals its dense, thick-walled construction, ensuring it remains steadfast and perfectly vertical during severe typhoons or seismic events. For procurement directors and engineering teams, this translates directly to drastically reduced maintenance cycles, zero premature replacement costs, and the ultimate peace of mind knowing that the highways remain brilliantly illuminated and secure for decades to come.
To ensure seamless integration into your engineering blueprints and compliance with stringent municipal regulations, we provide comprehensive and transparent technical data. The following specifications outline the precise metallurgical, dimensional, and performance metrics of our traffic lighting poles. Every parameter is strictly controlled to meet international safety standards, ensuring your procurement process is backed by verifiable, hard data.
Specification Parameter | Details & Values |
|---|---|
Material | Premium Carbon Steel (Q235 / Q345 / Q355) |
Height | 6m, 8m, 12m (Customizable) |
Surface Treatment | Hot-dip Galvanized + Powder Coated (Electrostatic) |
Shape Type | Conical, Octagonal, Polygonal, Round |
Arm Type | Single-arm, Double-arm |
Wall Thickness | 2.5mm - 8.0mm (Customizable based on height and needs) |
Wind Resistance | ≥ 150 km/h (Customizable based on local climate conditions) |
Earthquake Resistance | Grade 8 |
Lifespan | ≥ 25 years |
Welding Standard | Compliant with AWS D1.1 / GB11345 Grade II (Automatic Submerged Arc Welding) |
Galvanizing Standard | Compliant with ASTM A123 / BS EN ISO 1461 (Zinc layer thickness ≥ 80-86um) |
Applications | Expressway, Highway, Traffic Lighting, Outdoor Plazas, Parking Lots |
Elevate your infrastructure projects with lighting poles designed to outperform conventional alternatives. Our engineering focus is on delivering tangible value through superior craftsmanship, intelligent design, and uncompromising safety standards.
Zero-Compromise Stability: The substantial base flanges and precision-engineered reinforced gussets distribute mechanical stress evenly across the foundation. This prevents metal fatigue over time and ensures the luminaires remain perfectly aligned, even under heavy dynamic loads.
Streamlined Installation Process: Precision-cut access doors with flush-fitting, weather-sealed covers and laser-cut mounting templates allow your field technicians to complete internal wiring and grounding swiftly, significantly cutting down labor hours and crane rental times on site.
Aesthetic Integration: The seamless transition from the robust main shaft to the sweeping, aerodynamic curves of the single or double arms provides a modern silhouette. This clean design enhances the visual landscape of any metropolitan highway or commercial plaza.
Maintenance-Free Exterior: The synergistic effect of the thick zinc layer and the UV-stabilized polyester topcoat actively repels dust, resists chipping from road debris, and prevents water ingress. Your maintenance crews will spend less time repainting and more time on critical operational tasks.
The foundation of any enduring infrastructure lies in its raw materials. We exclusively select premium, high-strength carbon steel (Q235/Q345/Q355) sourced directly from top-tier, large-scale steel mills. This ensures exceptionally high yield strength and a remarkably stable internal structure.
Designed for an operational lifespan exceeding 25 years.
Capable of withstanding prolonged exposure to harsh outdoor environments without structural degradation.
Significantly lowers long-term maintenance and replacement expenditures for large-scale procurement projects.
Corrosion is the primary enemy of outdoor metal structures. To combat this, we employ a rigorous dual-layer anti-corrosion process consisting of internal and external hot-dip galvanizing followed by pure polyester electrostatic powder coating.
Zinc layer thickness is strictly maintained at 80-86um or higher.
Fully compliant with stringent ASTM A123 and ISO 1461 international standards.
Exceptional coating adhesion guarantees no peeling, cracking, or fading, even in highly polluted industrial zones or humid coastal highways.
Safety is non-negotiable when designing for public transport arteries and bustling traffic hubs. Our poles are engineered with massive safety redundancies to handle unpredictable and extreme weather phenomena.
Aerodynamic profiling and thick-walled construction offer a wind resistance capacity of 150 to 180 km/h.
Engineered to withstand Grade 8 seismic events without catastrophic failure.
Oversized, heavy-duty base flanges ensure the pole remains firmly anchored during severe typhoons, safeguarding public traffic.
The mechanical integrity of a tall steel structure is only as strong as its welds. We utilize state-of-the-art Automatic Submerged Arc Welding (SAW) technology to fuse the steel plates into a singular, unbreakable unit.
All welding processes strictly adhere to AWS D1.1 and GB11345 Grade II international standards.
Produces a uniform, flat, and aesthetically pleasing weld seam.
Guaranteed free from structural defects such as micro-cracks, incomplete penetration, or undercutting, ensuring maximum load-bearing capacity.
No two highway projects are exactly alike. We offer an unparalleled degree of flexibility to ensure our products perfectly match your specific engineering blueprints and municipal aesthetic guidelines.
Available in standard 6m, 8m, and 12m sizes, with full custom scalability ranging from 3m up to 35m high-mast configurations.
Multiple shaft shapes available, including conical, octagonal, polygonal, and traditional round profiles.
Flange dimensions, wall thickness (2.5mm - 8.0mm), arm configurations, and exact RAL powder-coating colors are entirely customizable based on your CAD drawings.
Modern urban planning demands infrastructure that can multitask. Our poles are intelligently designed to serve as a universal mounting platform for a wide array of smart city and traffic management technologies.
Perfectly suited for traditional high-power LED luminaires and heavy off-grid solar street light panels.
Structurally reinforced to act as traffic signal poles, CCTV monitoring masts, and highway signage supports.
Top tenons and cantilever arms feature high compatibility, facilitating the seamless integration required for modern smart city developments.
Trust is built on verifiable quality. Our manufacturing facility operates under a stringent ISO9001 Quality Management System, ensuring every single pole meets exacting global standards before it leaves the factory floor.
Products are fully certified to CE, RoHS, and TUV international directives.
Every stage of production—from raw material slitting and CNC bending to welding, galvanizing, and coating—undergoes rigorous ultrasonic flaw detection and dimensional verification.
Comprehensive Mill Test Certificates (MTC) and material traceability reports are provided with every shipment, allowing overseas buyers to procure with absolute confidence.
Partnering with a dedicated, direct-source manufacturer transforms your procurement experience from a simple logistical transaction into a strategic competitive advantage. We deeply understand the stringent deadlines, strict budget constraints, and rigorous compliance requirements inherent in large-scale infrastructure developments.
Direct-from-Source Economics: By eliminating third-party intermediaries, we provide highly competitive, transparent pricing structures without ever compromising on the metallurgical integrity or finishing quality of the poles.
Scalable Production Capacity: Our state-of-the-art, automated manufacturing facilities are equipped to handle massive volume orders, ensuring on-time delivery even for the most aggressive project schedules.
Comprehensive Engineering Support: Our in-house structural design team collaborates directly with your project engineers, providing detailed CAD drawings, wind load calculations, and foundation recommendations to guarantee a flawless fit on site.
Global Logistics Expertise: We utilize optimized, space-saving packing methods—including heavy-duty protective wrapping and custom timber crating—to ensure your poles arrive at the installation site in pristine condition, regardless of the geographic location.
To further assist your engineering and procurement teams, we have compiled answers to the most common technical inquiries regarding our galvanized street lamp poles.
Standard lead times for high-volume orders typically range from 15 to 25 days, depending on the exact quantity and the complexity of the customization (such as specific polygonal shapes or custom RAL color powder coating). Our automated production lines allow us to scale up rapidly to meet tight project deadlines.
Absolutely. We provide comprehensive Mill Test Certificates for all raw materials, detailing the chemical composition and mechanical properties (yield strength, tensile strength) of the Q235, Q345, or Q355 steel used. This ensures full traceability and compliance with your local engineering regulations.
Our hot-dip galvanizing process involves completely submerging the fabricated steel pole into a bath of molten zinc at approximately 450°C. This ensures that both the exterior and the hard-to-reach interior walls of the pole are thoroughly coated with a thick, metallurgical-bonded zinc layer (minimum 80-86um), providing comprehensive rust protection from the inside out.
Yes, we can supply complete foundation kits tailored to your specific pole dimensions. This includes high-strength galvanized anchor bolts, nuts, washers, and precision-cut steel foundation templates to ensure accurate bolt alignment during the concrete pouring phase on site.
Certainly. Our engineering team can calculate the combined weight and effective projected area (EPA) of your specific traffic signals and CCTV equipment. Based on this data, we will customize the wall thickness, flange size, and cantilever arm design to ensure the pole easily exceeds the required load-bearing and wind-resistance safety margins.
