The octagonal shape of this street lighting pole distributes wind load more evenly than round poles, reducing sway and enhancing structural integrity even during strong storms. Its double-layer hot-dip galvanization provides superior corrosion resistance, making it suitable for coastal or industrial areas with high humidity and air pollution. The flange-mounted installation allows quick assembly and disassembly, minimizing on-site construction time and traffic disruptions. Variable height and diameter options cater to diverse lighting needs, from narrow residential lanes to wide expressways. With a 200kg maximum load capacity, it supports additional equipment like traffic sensors or public Wi-Fi routers without compromising stability. Made of high-tensile Q235 steel, it withstands wind speeds up to 120km/h with a 1.5 safety factor, critical for typhoon-prone regions. Unlike traditional poles requiring frequent repainting, its long-lasting finish eliminates annual maintenance costs, delivering a 30% higher return on investment over its 20+ year lifespan.
Height options include 6m, 8m, 10m, and 12m variants, with top diameters ranging from 80mm (6m) to 120mm (12m) and bottom diameters from 160mm (6m) to 240mm (12m) to ensure stable base support. Wall thickness increases with height: 3mm for 6m-8m poles, 4mm for 10m poles, and 5mm for 12m poles, balancing structural rigidity and weight efficiency. The hot-dip galvanization process adheres to GB/T 13912-2002 standards, with a minimum zinc coating thickness of 80μm to resist rust and chemical corrosion. Wind resistance is tested to 120km/h gusts, with a 1.5 safety factor for extreme weather resilience. Load capacity is rated at 200kg, covering light fixtures, mounting brackets, and additional accessories. Flange plate dimensions are customized: 300x300mm with 4 M16 bolts for 6m poles, and 450x450mm with 6 M20 bolts for 12m poles. All poles undergo tensile strength, zinc adhesion, and load-bearing tests to meet ISO 9001 certification requirements.
Ideal for urban main roads, arterial streets, and pedestrian zones, providing stable support for high-lumen LED street lamps to ensure clear visibility for drivers and pedestrians. In rural areas, it serves as a reliable lighting solution for country roads, farm access routes, and village squares where maintenance resources are limited. Industrial parks and logistics hubs benefit from its high load capacity, integrating surveillance cameras and motion sensors to enhance security. Coastal regions and industrial areas with high salt content or air pollution rely on its superior corrosion resistance to avoid premature degradation. It is also used in residential communities, school campuses, and parking lots, where durable, low-maintenance lighting infrastructure is essential. Municipal engineering teams prefer this pole for its quick installation process, which reduces traffic disruptions during road construction or lighting upgrade projects.
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