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As a premier lighting infrastructure manufacturer and supplier, we present an engineered-to-order solar street lamp and pole solution designed for large-scale municipal and commercial projects. Built for resilience and rapid deployment, this unit combines robust structural integrity with high-efficiency solar compatibility.
Direct from the manufacturer for optimized volume procurement and project budgeting.
Engineered specifically for highway, municipal, and commercial public space applications.
Customizable heights ranging from 3m to 35m to suit diverse architectural and engineering scopes.
Elevate your infrastructure projects with a street lighting solution engineered to withstand the harshest environmental extremes while delivering uncompromising illumination. Crafted from premium-grade steel, the tactile finish of the hot-dip galvanized and powder-coated surface speaks volumes about its durability. This dual-layer protective shell not only gives the pole a sleek, architectural appearance but acts as an impenetrable barrier against rust, moisture, and corrosive coastal air. When you run your hand along the mast, the seamless integration achieved through advanced submerge-arc welding is immediately apparent, ensuring there are no weak points or vulnerable seams that could compromise the structure over time.
Beyond its physical robustness, this all-in-one solar street lamp pole is fundamentally designed to streamline project execution. By integrating a high-capacity structural framework capable of supporting heavy solar panels and battery units, it eliminates the need for secondary mounting hardware. The towering presence, available in heights up to 35 meters, casts a wide, uniform footprint of light, enhancing safety in public spaces and along high-speed transit corridors. For project managers and procurement specialists, this means reduced installation friction, minimized long-term maintenance cycles, and a reliable asset that performs flawlessly decade after decade.
Parameter | 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 | 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) | 1-99 | 100-199 | 200-399 | >399 |
|---|---|---|---|---|
Lead Time (days) | 31 | 32 | 33 | To be negotiated |
Delivering exceptional value to commercial infrastructure developments requires more than just raw materials; it demands intelligent engineering. This lighting pole system is packed with features specifically designed to accelerate installation, reduce lifecycle costs, and guarantee public safety.
Architectural-Grade Finish: The electrostatic powder coating over a hot-dip galvanized base provides a visually striking, fade-resistant exterior that blends seamlessly into modern urban landscapes.
Aerodynamic Stability: Engineered to slice through high-velocity winds, the tapered and multi-arm configurations maintain absolute rigidity even in 200 km/h gale-force conditions.
Seamless Integration: The modular arm design accepts a wide array of luminaire types, allowing for effortless upgrades as lighting technology evolves over time.
Optimized Weight Distribution: Despite its imposing height, the structural geometry is calculated to balance the heavy top-loads of solar components, preventing long-term material fatigue.
The foundation of any enduring outdoor infrastructure lies in its metallurgical composition and surface defense mechanisms. We utilize premium, high-yield steel that serves as the indestructible core of every pole. To ensure this core remains uncompromised by the elements, each unit undergoes a meticulous dual-treatment process designed to drastically lower long-term maintenance and replacement costs for project operators.
Hot-Dip Galvanization: The raw steel is fully submerged in molten zinc, creating a metallurgical bond that seals every microscopic pore against moisture intrusion.
Electrostatic Powder Coating: A secondary layer of heavy-duty powder coating is baked onto the galvanized surface, providing a smooth, tactile finish that resists UV degradation, chipping, and chemical exposure.
Decade-Spanning Lifespan: This rigorous anti-corrosion protocol guarantees an operational life extending well beyond 20 years, safeguarding your infrastructure investment in even the most punishing environments.
Public safety is paramount in municipal engineering, and our lighting poles are constructed to provide unwavering stability in the face of severe weather events. Through the application of cutting-edge fabrication techniques, we eliminate structural vulnerabilities, ensuring peace of mind for city planners and engineering contractors alike.
Advanced Submerge-Arc Welding: This automated welding process ensures deep penetration and a flawlessly smooth seam, eliminating the micro-fractures commonly found in standard welding.
Extreme Wind Resistance: Rigorously tested and certified to withstand wind loads ranging from 160 km/h to 200 km/h, making them the definitive choice for coastal promenades, open highways, and typhoon-prone regions.
High-Load Bearing Capacity: The robust wall thickness provides the necessary tensile strength to securely anchor heavy all-in-one solar luminaires without sway or deflection.
No two infrastructure projects are identical. Recognizing the diverse architectural and functional requirements of global developments, we offer an expansive suite of customization options. From the physical dimensions to the aesthetic finish, every element can be tailored to align with your exact project blueprints.
Comprehensive Height Range: Whether illuminating a pedestrian walkway at 3 meters or a massive highway interchange at 35 meters, our production lines scale precisely to your specifications.
Versatile Arm Configurations: Choose from single-arm setups for standard roadways, double-arm designs for central medians, or sleek tapered profiles for contemporary urban centers.
Bespoke Color Matching: Beyond standard industrial hues, we offer customized color palettes to ensure the infrastructure complements the surrounding architectural identity.
Full OEM/ODM Capabilities: We seamlessly integrate with your engineering teams to manufacture proprietary designs, ensuring your unique vision is brought to life with total accuracy.
As the world transitions toward sustainable energy, physical infrastructure must evolve to support these advanced systems. Our poles are specifically engineered to act as the perfect physical host for next-generation solar lighting technologies, providing a highly efficient physical carrier for green illumination projects.
Maximized Luminous Efficacy: Designed to perfectly position luminaires capable of 150 lm/w, ensuring maximum ground coverage and eliminating hazardous dark spots on roadways.
Heavy-Duty Solar Hosting: The reinforced upper mast sections are specifically calibrated to bear the weight and wind-drag of large photovoltaic panels and high-capacity LiFePO4 battery enclosures.
Smart System Integration: The structural design accommodates the clean, internal routing of smart controller wiring, protecting delicate electronics from the elements while maintaining a sleek, modern profile.
Procuring infrastructure hardware is only one phase of a successful project. We bridge the gap between manufacturing and implementation by providing comprehensive technical support that empowers contractors and project managers to win bids and execute their installations flawlessly.
Illumination Simulation: Our in-house engineers utilize DIALux evo to create precise lighting and circuitry layouts, ensuring your project meets strict municipal lux and uniformity standards before a single pole is planted.
AutoCAD Blueprinting: We supply detailed, ready-to-use AutoCAD layouts that seamlessly integrate into your master project files, saving your design team countless hours of drafting.
Tender Compliance Assistance: By providing rigorous technical documentation and performance simulations, we help you navigate and satisfy the stringent technical audits required by government and commercial tenders.
Reliability in delivery is just as critical as reliability in product performance. Leveraging our extensive manufacturing hub in Jiangsu, China, we offer a highly optimized supply chain designed to keep your projects on schedule and within budget, providing a dependable backbone for global distributors and project developers.
Direct Manufacturer Pricing: By sourcing directly from the factory floor, you benefit from highly competitive pricing structures that significantly enhance your project's profit margins.
Transparent, Tiered Fulfillment: Our production schedule is clear and predictable. Orders of 1-99 units are ready in 31 days, scaling predictably up to 399 units, with flexible negotiation for massive volume requirements.
Accessible Minimums: With an MOQ of just 2 pieces, we accommodate both localized pilot programs and massive city-wide rollouts with equal dedication and speed.
Global Logistics Expertise: Our packaging and loading protocols are optimized for international freight, ensuring the galvanized and powder-coated finishes arrive in pristine condition.
Selecting the right manufacturing partner is a critical decision that impacts the longevity and profitability of your infrastructure investments. We stand apart in the global market by merging heavy-duty industrial fabrication with white-glove engineering support.
Uncompromising Quality Control: Every single pole undergoes rigorous testing on its welds and micrometer checks on its galvanized coating before leaving our facility.
Decades of Expertise: Rooted in one of the world's premier manufacturing districts, our production teams possess the generational knowledge required to manipulate heavy steel with exacting precision.
End-to-End Partnership: From the initial DIALux simulation to the final container loading, you are supported by a dedicated project management team that speaks the language of global construction.
Commitment to Sustainability: Our manufacturing processes are continuously refined to minimize waste and energy consumption, aligning with the green initiatives of the solar products we support.
Navigating the technical specifications of municipal lighting infrastructure can be complex. Below, we address the most critical inquiries from engineering contractors and procurement specialists to help you make informed sourcing decisions.
Q: How does the submerge-arc welding technology improve the pole's structural integrity?
A: Submerge-arc welding provides a deeper, more consistent weld penetration compared to manual methods. It creates a seamless, high-strength bond that is virtually immune to micro-cracking, which is crucial for maintaining stability under extreme wind loads up to 200 km/h.
Q: Can the surface treatment withstand highly corrosive coastal environments?
A: Absolutely. The combination of hot-dip galvanization and electrostatic powder coating creates a formidable barrier. The zinc layer provides cathodic protection, while the powder coating seals out salt, moisture, and UV rays, ensuring a 20-year lifespan even in harsh marine climates.
Q: What specific engineering files do you provide to assist with project tenders?
A: We supply a comprehensive technical package that includes DIALux evo lighting simulations, complete circuitry designs, and detailed AutoCAD structural layouts. These documents are designed to help you easily pass stringent government or commercial technical audits.
Q: Are the poles compatible with third-party all-in-one solar luminaires?
A: Yes. While we offer full OEM/ODM customization, our standard arm and tenon designs are engineered to universally accept most major brands of all-in-one solar street lights, securely housing the heavy battery and panel components without structural strain.
Q: How do you handle the logistics and packaging for extremely tall poles (e.g., 35m)?
A: Poles exceeding standard shipping container lengths are engineered in modular, slip-fit or flange-jointed sections. They are meticulously wrapped in protective materials to prevent friction damage to the powder coating during transit, ensuring they arrive ready for straightforward on-site assembly.
