Urban Landscape Street Lamp

Street lamps are road lighting facilities with steel as the core structural material. The lamp poles mostly use high-quality low-carbon steel (such as Q235A steel plates), which are rolled, bent and formed. The welding method is often automatic submerged arc welding to ensure welding quality. The wall thickness of the lamp pole varies from 3mm to 5mm according to the height, and in some special scenarios (such as high-pole lamps), the wall thickness is thicker. The surface is subjected to anti-corrosion treatments such as hot-dip galvanizing and electrostatic plastic spraying. The thickness of the hot-dip galvanizing layer is more than 86um, and the thickness of the plastic spraying layer is ≥10um, which has good anti-corrosion and weather resistance. The lamps are mostly aluminum products with tempered glass, and the exposed fasteners are made of stainless steel, which are suitable for various light sources such as metal halide lamps, high-pressure sodium lamps, and LEDs. The height of the lamp pole (such as 6-12 meters for conventional road lamps, 15-50 meters for high-pole lamps), shape (single-arm, double-arm, characteristic artistic shapes, etc.) and functions (ordinary lighting, smart street lamps integrating monitoring, charging piles, etc.) can be customized according to road needs and scene characteristics.

Main Features

• High Structural Strength: The steel itself has excellent mechanical properties. After professional processing, the lamp pole has strong wind resistance (usually designed according to 36.9 m/s level 11 or above, and special models such as high-pole lamps can reach level 12 wind resistance), high earthquake resistance (such as level 8), and can ensure structural stability in harsh weather (typhoons, earthquakes, etc.) without being easily deformed or damaged.
• Wide Adaptability: The height, shape, light source and function of the lamp pole can be flexibly adjusted according to different road types (urban arterial roads, branch roads, rural roads) and scenes (squares, stadiums, industrial parks, etc.). For example, artistic street lamps are used on urban landscape roads to improve aesthetics, high-pole lamps are used in industrial parks to achieve large-area lighting, and smart park street lamps integrate monitoring, environmental monitoring and other functions.
• Good Anti-corrosion and Durability: Anti-corrosion processes such as hot-dip galvanizing and plastic spraying enable street lamps to effectively resist corrosion when exposed to outdoor environments (sunlight, rain, salt spray, etc.) for a long time, extend their service life (the anti-corrosion life is usually more than 30 years), and reduce later maintenance and replacement costs.
• Excellent Installation Convenience: Components such as lamp poles can be prefabricated in factories with a high degree of standardization. After being transported to the site, they can be quickly assembled and installed through foundation embedded parts and fasteners, with a short construction period and little impact on traffic and the surrounding environment; some liftable high-pole lamps are more convenient and safe for later maintenance of light sources.
• Great Potential for Energy Conservation and Environmental Protection: Equipped with high-efficiency light sources such as LEDs, it has low energy consumption and high light efficiency; it can also be expanded into solar energy and wind-solar hybrid power supply forms, using clean energy, reducing dependence on the municipal power grid, and conforming to the development needs of green energy conservation.

Application Fields

Urban Road Lighting: Covers arterial roads, secondary roads, branch roads, streets, etc., providing basic lighting for vehicle driving and pedestrian travel, ensuring night traffic order and safety. Different road sections optimize lighting effects by reasonably matching the height, spacing and light sources of street lamps.
Public Venue Lighting: In open or crowded places such as squares, stadiums, parks, scenic spots, and stations, high-pole lamps are used in squares and stadiums to achieve large-area strong light coverage; landscape street lamps are suitable for parks and scenic spots, taking into account lighting and beautifying the environment, creating a characteristic night scene atmosphere.
Industrial Parks and Factories: Around factory buildings and roads in industrial parks, conventional street lamps or high-pole lamps are used to meet the lighting needs of production operations and vehicle traffic, ensuring safe and efficient night production activities in the park; some factories with special needs can also customize steel structure street lamps with explosion-proof and other functions.
Rural Road Construction: Helping rural revitalization, providing lighting for rural roads, cultural squares, centralized residential areas, etc., improving rural night travel conditions, enriching villagers' night life. Lamp poles of about 6-10 meters are commonly used, adapting to rural space scales and lighting needs.
Smart Transportation and Urban Management: As a carrier of smart street lamps, integrating cameras, sensors (monitoring temperature, humidity, traffic flow, etc.), charging piles, broadcasting and other functions, applied to urban smart roads and smart parks, assisting in traffic management, environmental monitoring, and convenient services, and promoting urban intelligent construction.