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Customized Hot Dip Galvanized Traffic Light Poles 5M 6M 7M 8M from China Suppliers and Factory for Intelligent Transportation
Features
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1. Full-function vehicle-road cooperative communication platform
The top of the pole integrates high-performance roadside units that meet international standards and high-precision positioning differential antennas. It can broadcast roadside safety information to surrounding vehicles in real time.
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2. Multi-sensor fusion holographic intersection perception
Equipped with millimeter-wave radar for precise detection, all data is fused on the edge side to generate a real-time dynamic digital twin of all elements of the intersection, providing precise input for signal control that surpasses traditional coils.
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3. Intelligent adaptive signal control based on edge computing
Dynamically optimize the signal timing scheme to achieve inductive control, full inductive control, bottleneck control and bus priority.
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4. Integrated industrial design
The surface treatment adopts hot-dip galvanizing and powder coating, which is suitable for urban environments. The appearance is simple and modern, and is in harmony with the style of smart cities.
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5. Open data interface and cloud-based collaborative management
It provides standardized data open interfaces, allowing real-time traffic flow data, event data, signal status, etc. to be uploaded to the urban traffic center.
Product Parameters
| Product Name | Traffic Light Pole |
| Application | ROAD |
| Height | From 6.5 m to 8 m or Customized |
| Top Diameter | 220mm |
| Bottom Diameter | 280mm |
| Base Plate | 500mm Thickness: 20MM |
| Arm Length | 3M–16M |
| Apply in | Highway, freeway, Airport, seaport, plaza, stadium, square, highway, streetway etc. |
| Shape | Conical, octagonal, square, cylinder |
| Material | Usually Q345B/A572, Q235B/A36, Q460, ASTM573 GR65, GR50, SS400, SS490, ST52 |
| Thickness | 3 mm to 30 mm |
| Certification | BV, CCC, CE, RoHS, SASO |
| Production Process | Raw material test → Cutting → Molding or bending → Welding (longitudinal) → Dimension verify → Flange welding → Hole drilling → Calibration → Galvanization or powder coating, painting → Recalibration → Thread → Packages |
Adaptation to the Environment
Conventional traffic engineering scenarios such as core intersections of smart cities, autonomous driving demonstration zones, ramp control points of urban expressways, pilot zones of Internet of Vehicles, complex hub intersections with highly dynamic traffic flow changes, extensive new and renovated intersections in cities, planar intersections of national and provincial roads, and signal control nodes of urban roads. These projects focus on the structural safety, durability, standardization, cost-effectiveness of the products, as well as rapid and reliable delivery and installation.
Detail Display
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Frequently Asked Questions
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What height options are available for the traffic light pole?
The traffic light pole is available in heights ranging from 6.5 m to 8 m as standard options. Custom heights can also be manufactured to meet specific project requirements.
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What materials are used in the production of the traffic light pole?
The poles are manufactured using high-quality steel materials including Q345B/A572, Q235B/A36, Q460, ASTM573 GR65, GR50, SS400, SS490, and ST52, ensuring structural integrity and long service life.
Q
What surface treatment is applied to protect the pole from corrosion?
The surface treatment process includes hot-dip galvanizing and powder coating, providing excellent corrosion resistance and a clean, modern appearance that blends well with urban and smart city environments.
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What certifications does the traffic light pole hold?
The product holds multiple internationally recognized certifications including BV, CCC, CE, RoHS, and SASO, ensuring compliance with global quality and safety standards.
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What types of intersections and scenarios is this pole suitable for?
The traffic light pole is suitable for a wide range of scenarios including smart city core intersections, autonomous driving demonstration zones, urban expressway ramp control points, Internet of Vehicles pilot zones, complex hub intersections, national and provincial road intersections, and urban road signal control nodes.
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Does the pole support vehicle-road cooperative communication and smart traffic management?
Yes. The pole integrates high-performance roadside units with high-precision positioning differential antennas, millimeter-wave radar, and edge computing capabilities. It supports real-time vehicle-road communication, adaptive signal control, digital twin generation, and cloud-based collaborative management through standardized open data interfaces.
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