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As a premier manufacturer and supplier of municipal infrastructure, we engineer heavy-duty street lighting structures designed specifically to meet the rigorous demands of large-scale highway and urban development projects. These meticulously crafted columns provide the ultimate foundation for outdoor illumination, ensuring unparalleled stability and longevity in public spaces.
Engineered with versatile height configurations ranging from 3m to 35m to accommodate diverse municipal planning requirements.
Fortified with advanced hot-dip galvanization and powder coating, ensuring decades of structural integrity without degradation.
Designed to withstand extreme environmental conditions, including severe wind velocities up to 200 km/h.
Backed by a comprehensive 20-year warranty, securing your long-term infrastructure investments and minimizing future replacement costs.
When you run your hand along the shaft of this engineered lighting structure, you instantly feel the flawless, uniform texture of the premium powder-coated finish—a tactile testament to the meticulous hot-dip galvanization process that lies beneath. There is no rough slag, no uneven welding seams, only the sleek, cold touch of high-grade carbon steel forged for absolute resilience. Striking the column yields a deep, solid metallic resonance, confirming the dense, thick-walled integrity of the steel that ranges up to 30mm in thickness. Visually, the towering silhouette commands authority, tapering elegantly toward the sky while maintaining a rigid, unyielding posture against the harshest elements. It carries the faint, clean scent of industrial-grade protective polymers, assuring project managers of its weather-defying capabilities.
Beyond mere aesthetics, this structure is a definitive solution for urban developers and municipal contractors who require uncompromising reliability. It eliminates the recurring nightmare of premature corrosion, structural fatigue, and frequent maintenance replacements. By integrating advanced submerge-arc welding technology with superior material selection, this lighting pole safeguards project budgets and enhances public safety across highways, intersections, and civic spaces. The precision engineering ensures that whether installed in a bustling metropolis or a remote coastal highway, the luminaire remains perfectly positioned, casting consistent, life-saving illumination onto the roadways below.
Attribute | Specification |
|---|---|
Height | 2mm-30mm, 3m-35m |
Material | Steel |
Type | Single-arm / Taper / Double-arm |
Resistant To Wind | 160 km/h, 180 km/h, 200 km/h |
Finish | Powder-Coated, Hot Dip galvanized |
Surface Treatment | Hot Dip Galvanized + powder Coating |
Application | Outdoor, Highway |
Usage | Public Places |
Warranty | 20 Years |
Feature | Durable |
Lighting solutions service | Lighting And Circuitry Design, Dialux Evo Layout, Auto Cad Layout |
Place of Origin | Jiangsu, China |
Product Weight | 100kg |
Brand Name | HTY |
Luminous Efficacy | 150 lm/w |
Product Name | Street Light Pole |
Welding Technology | Advanced Submerge-arc Welding Technology |
Keyword | Street Lamp Lighting Pole |
MOQ | 2pcs |
Color | Customized Color |
Arm Type | Single Arm, Double Arm |
OEM/ODM | Accepted |
Selling Units | Single item |
Quantity (pieces) | Lead Time (days) |
|---|---|
1 - 99 | 31 |
100 - 199 | 32 |
200 - 399 | 33 |
> 399 | To be negotiated |
Upgrading municipal lighting networks demands infrastructure that guarantees long-term performance without the constant burden of maintenance. Our lighting columns are engineered to deliver precisely that, offering a suite of advantages tailored for the most demanding outdoor environments. Every detail is optimized to support heavy-duty luminaires while maintaining a pristine appearance.
Unyielding Structural Integrity: Crafted to support heavy LED fixtures without swaying or bending, ensuring consistent light distribution across wide roadways.
Aesthetic Adaptability: The sleek, customized color options allow the infrastructure to blend seamlessly into modern architectural landscapes or historic downtown districts.
Streamlined Installation: Precision-engineered mounting brackets and base plates significantly reduce on-site labor time, accelerating overall project completion.
Environmental Resilience: Specifically designed to combat the degrading effects of UV radiation, heavy rainfall, and fluctuating temperature extremes.
Maximized Luminous Efficacy Support: Provides the perfect stable elevation to maximize the 150 lm/w output of attached luminaires, reducing dark spots on highways.
The foundation of any enduring outdoor infrastructure lies in the uncompromising quality of its core materials. We utilize premium high-strength carbon steel (such as Q235, Q345, or Q355 grades) to forge a skeleton that refuses to yield under pressure. This meticulous material selection ensures that the lighting columns maintain their vertical alignment and structural soundness even when subjected to the continuous vibrations of heavy highway traffic.
Premium Steel Grades: Utilizing top-tier carbon steel that provides an exceptional strength-to-weight ratio, ensuring maximum load-bearing capabilities.
Versatile Height Range: Fully customizable from 3 meters for pedestrian walkways up to 35 meters for high-mast highway interchanges.
Heavy-Duty Wall Thickness: Engineered with customizable wall thicknesses ranging from 2mm to 30mm, tailored precisely to the specific mechanical demands of your project.
Geometric Variations: Available in taper, round, or octagonal profiles to satisfy both structural engineering requirements and urban aesthetic guidelines.
Exposure to harsh weather, coastal salt spray, and urban pollution requires a defense mechanism that goes beyond standard industrial paint. Our proprietary dual-layer surface treatment creates an impenetrable barrier against the elements. By combining deep-penetration galvanization with a robust topcoat, we ensure that the metallic core remains entirely isolated from corrosive environmental factors, preserving both function and appearance.
Deep Penetration Galvanization: Both the interior and exterior surfaces undergo a rigorous hot-dip galvanizing process, achieving a dense zinc layer of 80-100µm.
Electrostatic Powder Coating: A pure polyester powder coating is applied electrostatically and baked at high temperatures, creating a smooth, UV-resistant shield.
Zero-Rust Guarantee: The synergistic effect of zinc and polyester ensures the column will remain free of rust, peeling, or fading for 20 to 30 years in severe outdoor conditions.
Salt Spray Resistance: Highly recommended for coastal highways and industrial zones where atmospheric salinity and chemical exposure quickly degrade inferior products.
Safety in public spaces is non-negotiable. A lighting pole must stand as a resilient sentinel, capable of absorbing and deflecting catastrophic natural forces. Our manufacturing process integrates state-of-the-art automated welding techniques that fuse the steel into a single, cohesive monolith. This advanced fabrication translates directly into unparalleled kinetic resistance, protecting both the luminaires above and the pedestrians below.
Flawless Seam Integration: Utilizing advanced submerge-arc welding technology to produce perfectly smooth seams with zero cracks, voids, or missed spots, fully compliant with AWS D1.1 standards.
Extreme Wind Deflection: Aerodynamically and structurally calculated to resist violent wind loads ranging from 160 km/h to 200 km/h, making them ideal for hurricane-prone regions.
Seismic Stability: Engineered with precise flexibility and base-plate reinforcement to withstand up to magnitude 8 seismic events without structural failure.
Fatigue Resistance: The continuous, automated welding process eliminates localized stress concentrations, drastically reducing the risk of metal fatigue over decades of use.
Every infrastructure project carries unique architectural and technical demands that off-the-shelf products simply cannot fulfill. We operate as an extension of your engineering team, providing comprehensive OEM and ODM services. From the initial conceptual sketches to the final photometric analysis, our engineering department ensures that every column is tailored to the exact specifications of your urban development blueprint.
Geometric Versatility: Complete manufacturing flexibility to produce conical, octagonal, or complex polygonal shaft designs based on your architectural vision.
Arm Configurations: Expertly crafted single-arm or double-arm brackets designed to optimize the tilt and spread of the attached LED fixtures.
Professional Software Layouts: Providing comprehensive technical support including precise Auto CAD structural drawings and DIALux Evo lighting simulation layouts.
Circuitry Integration: Custom internal circuitry design services to ensure seamless, safe, and concealed wiring from the base access door to the luminaire.
Consistent reliability across thousands of units is achieved only through rigorous, uncompromising quality control protocols. We view quality assurance not as a final step, but as a continuous discipline embedded throughout the entire production lifecycle. By adhering to the strictest international standards, we guarantee that every single column delivered to your site will pass municipal engineering inspections with absolute ease.
ISO-Certified Workflows: Every stage of production is governed by strict ISO9001 quality management systems, ensuring absolute consistency across large-volume orders.
Non-Destructive Testing: Welds and structural joints undergo rigorous ultrasonic and X-ray flaw detection to guarantee internal integrity invisible to the naked eye.
Accelerated Aging Tests: Finished surfaces are subjected to extreme UV and salt-spray chamber testing to verify the longevity of the protective coatings.
Global Compliance: Fully certified under CE, RoHS, and other critical international standards, facilitating smooth customs clearance and rapid project acceptance.
Protecting your heavy-duty investment during transoceanic transit is just as critical as the manufacturing process itself. Scratched coatings or dented shafts can lead to immediate rejection by municipal inspectors. We have engineered a highly sophisticated packaging and loading protocol that not only guarantees damage-free delivery but also aggressively optimizes container space to reduce your overall shipping expenditures.
Multi-Layer Protection: Each pole is meticulously wrapped in thick bubble film, followed by heavy-duty felt or cotton cloth to prevent any abrasive damage during transit.
Nesting Capabilities: For tapered designs, we utilize an advanced nesting strategy (inserting smaller poles into larger ones) to drastically maximize container volume utilization.
Freight Cost Reduction: By optimizing the spatial arrangement within shipping containers, we significantly lower the per-unit maritime freight cost for large-scale procurements.
Secure Base Plate Binding: Flanges and base plates are heavily reinforced and bound to prevent shifting, ensuring safe and rapid unloading upon arrival at the destination port.
Procuring high-value infrastructure requires absolute trust and verifiable accountability from your manufacturing partner. We eliminate the anxiety associated with cross-border sourcing by offering radical transparency and industry-leading post-purchase support. Our commitment to your project extends decades beyond the moment the cargo leaves our facility, ensuring your complete peace of mind.
Two-Decade Guarantee: We stand firmly behind our engineering with a solid 20-year warranty, covering structural integrity and anti-corrosion performance.
Visual Production Tracking: We offer real-time video factory inspections and continuous visual updates, allowing you to monitor your order's progress from anywhere in the world.
Responsive Engineering Support: A dedicated technical team is always on standby to assist with installation queries, foundation recommendations, and troubleshooting.
Risk Mitigation: Our transparent communication protocols and strict adherence to agreed lead times drastically reduce the operational risks for large-scale international buyers.
Selecting the right manufacturing partner is the most critical decision for the success and profitability of your infrastructure project. We do not merely supply steel columns; we deliver engineered certainty. Our extensive experience in outfitting major highways and public spaces globally has refined our ability to anticipate challenges and deliver flawless solutions on time and on budget.
Proven Manufacturing Pedigree: Decades of specialized experience in fabricating heavy-duty municipal lighting structures for diverse global climates.
End-to-End Solutions: From raw material sourcing and structural design to final logistics, we control the entire value chain to ensure uncompromising quality.
Supply Chain Efficiency: Strategically located in Jiangsu, China, granting us rapid access to premium raw materials and world-class international shipping ports.
Client-Centric Engineering: We prioritize your project's specific mechanical and aesthetic needs, refusing to force-fit standard products into custom applications.
Unmatched Capacity: Our expansive manufacturing facilities are equipped to handle massive volume requirements without sacrificing the 31-day rapid lead time for standard orders.
Navigating the technical requirements of large-scale lighting projects can generate specific inquiries. Below are detailed answers to the most critical questions posed by engineering firms and procurement directors regarding our lighting structures.
Q1: How does the advanced submerge-arc welding technology enhance the structural safety of the pole?
A1: Submerge-arc welding automates the fusion process under a blanket of granular flux, which prevents atmospheric contamination. This results in an exceptionally deep, uniform weld penetration without micro-cracks or porosity. Consequently, the pole achieves maximum tensile strength, allowing it to easily endure continuous wind vibrations and heavy luminaire loads without experiencing metal fatigue.
Q2: Can the surface treatment withstand highly corrosive coastal environments?
A2: Absolutely. The combination of an 80-100µm hot-dip galvanized zinc layer and a premium electrostatic polyester powder coating creates a dual-barrier system. The zinc provides sacrificial cathodic protection, while the powder coat seals the metal from salt spray and moisture. This specific treatment is specifically engineered to prevent rust for over 20 years in severe maritime or industrial climates.
Q3: What specific engineering support is included in your lighting solutions service?
A3: We provide a comprehensive suite of technical services, including Auto CAD drafting for precise structural and foundation dimensions. Furthermore, we offer DIALux Evo layout simulations to help you determine the optimal pole height, spacing, and arm length required to achieve uniform light distribution and meet local municipal lighting standards.
Q4: How does the nesting packaging method impact the overall logistics budget?
A4: For tapered pole designs, nesting allows us to slide poles of smaller diameters into those with larger diameters. This dramatically increases the number of units we can fit into a standard 40ft shipping container. By maximizing volumetric efficiency, the per-unit shipping cost is significantly reduced, offering substantial savings on large-scale procurement orders.
Q5: What documentation and testing reports are provided to ensure compliance with international standards?
A5: We supply comprehensive documentation including material mill test certificates (MTC), ultrasonic welding inspection reports, and galvanization thickness measurements. Additionally, our products carry CE and RoHS certifications, and our factory operates under ISO9001. These documents guarantee that the infrastructure will pass rigorous municipal engineering audits and safety inspections.
Q6: Is it possible to customize the access door and internal circuitry layout?
A6: Yes. The base access door can be customized in terms of size, locking mechanism, and placement to suit your specific maintenance protocols. We also design internal circuitry layouts that include secure grounding terminals, DIN rails for miniature circuit breakers (MCBs), and smooth wire routing pathways to ensure safe and efficient electrical installations.
