The pole uses Q355D weather-resistant steel, which forms a dense protective rust layer in outdoor environments, reducing corrosion rate by 40% compared to ordinary Q355B steel, making it ideal for coastal salt fog areas and high-altitude cold regions. The triple surface protection of hot-dip galvanization, epoxy primer, and fluorocarbon coating provides long-term resistance to UV radiation, acid rain, and industrial pollution, extending the service life to 35 years. The three-layer adjustable mounting platforms can be customized in height and size to fit different 5G equipment models, with each platform capable of bearing up to 160kg of load. The built-in cable management channel integrates power and signal cables, reducing cable exposure and preventing damage from wind and rain. Additionally, the pole is equipped with a lightning protection down conductor with a grounding resistance of ≤5Ω, protecting 5G equipment from lightning strikes.
The pole has an overall height of 18000mm, with a tapered octagonal cross-section ranging from 400mm at the base to 250mm at the top, and a uniform wall thickness of 8mm. The pile foundation requires a φ800mm reinforced concrete pile with a depth of 4000mm, ensuring stability in soft soil areas. Each mounting platform measures 1200*800mm, made of 6mm thick steel plate with hot-dip galvanization treatment, and is adjustable in height within a 500mm range. The total weight of the pole is approximately 1100kg, with a maximum total load capacity of 500kg. The fluorocarbon coating has a thickness of ≥60μm, with a gloss retention rate of ≥90% after 10 years of outdoor exposure. The product complies with YD/T 1536-2007 communication tower technical standards and GB/T 4171-2008 weather-resistant steel specifications.
This 5G communication octagonal pole is widely used in urban central business districts, high-speed railway stations, airport peripheral areas, coastal ports, and industrial parks. In urban core areas, its multi-layer mounting platform supports high-density 5G equipment installation, realizing seamless signal coverage for smart buildings and IoT devices. In coastal ports, its excellent salt fog corrosion resistance ensures stable operation in marine environments, supporting port intelligent logistics systems. In high-altitude mountainous areas, its strong wind resistance grade prevents pole collapse under strong wind conditions, ensuring uninterrupted 5G signal transmission for remote mountain villages and mining areas. It can also be equipped with additional brackets to install environmental monitoring sensors, such as temperature and humidity sensors and PM2.5 detectors, transforming into an intelligent multi-functional pole for smart city construction.
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