Angle Steel Communication Tower

Qingdao Anbang New Energy angle steel communication towers use high-quality Q345B/Q235B angle steel, designed with a truss structure and treated with hot-dip galvanization for corrosion resistance.

They feature high load-bearing capacity, strong stability, and easy maintenance, suitable for building communication base stations in various terrains, making them the preferred tower type for China's communication infrastructure construction.

Relying on the modern factory in Qingdao, Anbang achieves standardized production and customized services, with an annual capacity of over 50,000 tons. The products cover the whole country and are exported overseas, supporting efficient communication network coverage.

Core Advantages

Stable Structure

Angle steel communication towers use a spatial truss structure, with main and auxiliary materials connected by bolts. They have excellent mechanical performance and can withstand level 12 strong winds and level 8 earthquakes, making them suitable for complex environments such as mountainous and coastal areas, with no risk of deformation during long-term operation.

High-Quality Materials

The factory selects high-strength angle steel and treats it with a fully automated hot-dip galvanizing process.

The coating is uniform, strongly adherent, and rust- and corrosion-resistant for over 30 years, significantly reducing future maintenance costs.

Flexible Load Capacity

The towers can be customized to heights of 15-60 meters. A single tower can carry 12-18 sets of communication equipment, supporting multi-operator sharing and meeting the installation needs of 5G base stations, microwave transmission, and other diverse equipment.

Efficient Production

Qingdao Anbang New Energy Factory achieves modular production.

CNC cutting and automatic welding ensure component precision, large-scale manufacturing reduces costs, and delivery cycles are 20% shorter than the industry average.

Convenient Operation and Maintenance

Angle steel communication towers are equipped with standardized ladders, platforms, and lightning protection systems.

Subsequent maintenance and equipment expansion operations are simple, ensuring safe and stable performance throughout the lifecycle, suitable for unmanned base station scenarios.

Real Cases

Shandong Peninsula 5G Base Station Cluster Project

Provided over 300 angle steel communication towers for Shandong Mobile, Unicom, and Telecom, covering the suburbs and rural areas of Qingdao, Yantai, and Weihai, solving the signal coverage problems in mountainous areas.

The project achieved a 100% acceptance rate and received high recognition from the operators.

Western Power Corridor Microwave Communication Project

Built 150 angle steel communication towers supporting the State Grid’s western transmission lines, adapted to complex terrains such as plateaus and Gobi deserts, ensuring real-time transmission of power dispatch data.

The project has operated for 3 years without faults and has become an industry benchmark.

Coastal Port Communication Coverage Project

Constructed 80 towers for Qingdao Port and Rizhao Port, using reinforced anti-corrosion designs to resist marine salt spray, supporting 5G smart logistics and emergency communications at the ports, and improving port operational efficiency.

Rural Revitalization Full Communication Coverage Project

Participated in rural communication construction in 12 provinces nationwide, delivering more than 500 towers, helping remote villages access high-speed communication networks, and promoting the implementation of digital rural development.

FAQ

What is the typical customization cycle?

Leveraging the large-scale production advantage of our Qingdao factory, the customization cycle for standard height (15-30 meters) is 7-15 days, while for special heights (30-60 meters) or complex conditions, the cycle is 15-25 days. It can be optimized and adjusted according to the urgency of the project to ensure on-time delivery.

Can the anti-corrosion treatment of angle steel communication towers adapt to coastal high-salt environments?

Yes. We use a fully automated hot-dip galvanizing process with a coating thickness of 80-100μm, combined with post-treatment anti-corrosion coating, effectively resisting marine salt spray, humidity, and other corrosion.

The anti-corrosion life in coastal environments can still reach over 30 years, suitable for ports, coastal base stations, and other scenarios.

Can angle steel communication towers support multi-operator shared mounting?

Yes. They adopt a multi-platform, multi-bracket design, allowing a single tower to simultaneously mount communication equipment for 3-4 operators (including 5G, 4G antennas, and microwave equipment) without repeated construction, greatly reducing customer site-building costs and optimizing resource allocation.

Do you provide post-maintenance services for angle steel communication towers?

Yes. We have established a full-life-cycle maintenance system, regularly arranging professional personnel to inspect towers, maintain anti-corrosion treatments, tighten bolts, and perform equipment repairs, with 24-hour response to fault repairs, ensuring long-term stable operation and reducing customer maintenance burdens.

What are the acceptance standards?

They strictly follow the national standards GB/T 2694-2018 "Technical Conditions for Transmission Line Towers" and YD/T 5131-2019 "Quality Acceptance Specifications for Communication Tower Projects."

Each tower undergoes mechanical performance testing, anti-corrosion testing, and appearance inspection before leaving the factory, with acceptance completed after on-site installation to ensure compliance with industry standards and customer requirements.

Are there design differences for angle steel communication towers in different terrains (mountainous, plateau)?

Yes. We customize differential structural designs based on site terrain, wind pressure, earthquake intensity, and other parameters. For example, increasing foundation bearing capacity in mountainous areas, optimizing anti-corrosion processes on plateaus, and strengthening wind resistance in coastal areas, ensuring stable operation in various terrains.