Tubular Steel Telecom Tower

Qingdao Anbang New Energy's Tubular Steel Telecom Tower use high-strength steel pipes such as Q355B as the base material, adopting modular design and hot-dip galvanizing anti-corrosion processes.

They cover multiple structural types, including single-pipe and three-pipe designs, suitable for different communication scenarios.

Tubular steel communication towers combine advantages such as structural stability, easy installation, corrosion resistance, durability, and compact footprint.

They can serve for long periods in various complex environments, including urban, mountainous, and coastal areas, strictly following relevant industry standards.

They are indispensable core support equipment in the construction of modern communication networks, providing a solid guarantee for the stable transmission of communication signals.

Product Advantages

Long-lasting corrosion resistance

The Tubular Steel Telecom Tower adopts an integral hot-dip galvanizing process, with a zinc layer thickness ≥85μm, forming a dense zinc-iron alloy protective layer, achieving both physical isolation and electrochemical protection.

It effectively resists corrosion from salt spray, humidity, industrial pollutants, and other factors, with an outdoor service life of over 30 years, significantly reducing subsequent maintenance costs, and is suitable for harsh environments such as coastal and industrial pollution areas.

Stable structure

Designed with circular or triangular tubular cross-sections, the tower has uniform stress distribution and high bending stiffness. Its wind resistance coefficient is 20%-40% lower than that of traditional angle steel towers.

It can withstand level 11 strong winds, magnitude 8 earthquakes, and ice loads of 5-10 mm. The tower has smooth lines and is not easily toppled in extreme wind events.

Its structure is safe and reliable, complying with national steel structure design codes and tower mast design standards.

Easy to install and transport

The tubular steel communication tower is factory-prefabricated with modular production and connected via insertion or flange bolt connections, requiring no on-site welding. The height can be flexibly adjusted, and assembly can be completed quickly on-site without large lifting equipment, shortening construction time by 30%-50%. Nested packaging with the large tube housing the smaller tubes saves 40%-60% of transportation space, significantly reducing long-distance transport costs.

Space-saving

The compact structure of the tubular steel communication tower requires a smaller footprint, saving over 30% of land area compared to traditional angle steel towers.

Its flexible site selection makes it suitable for dense urban areas, mountainous regions, and remote locations with complex terrain. Custom heights of 10-60 meters can be provided to meet diverse scenarios such as 5G/6G base stations, microwave communications, and emergency communications.

Controlled quality

Made from high-strength premium steel pipes with material utilization over 97%, the tower features fully automated welding, CNC cutting production lines, and strict quality inspection through weld flaw detection and zinc layer testing.

Production complies with national and industry standards such as GB/T and YD/T, with complete certification, stable performance, meeting stringent requirements of various communication projects.

How to Choose the Model

Select by Communication Scenario

Urban 5G Base Station: Choose a single-pipe tubular steel communication tower, with a height of 15-30 meters, simple and aesthetically pleasing structure, small footprint, suitable for narrow urban plots, and can be flexibly installed on rooftops, street corners, and other areas.

Outdoor Wide Coverage Base Station: Choose a three-pipe tubular steel communication tower, with a height of 30-60 meters, stronger wind and earthquake resistance, suitable for outdoor open areas such as mountains and plains, achieving long-distance signal coverage.

Emergency/Temporary Communication: Choose a lightweight tubular steel communication tower, with a height of 10-20 meters, fast modular assembly, can be quickly deployed to meet emergency communication and temporary signal coverage needs.

Select by Environmental Conditions

Coastal/High Corrosion Area: Choose a high-corrosion-resistant tubular steel communication tower with zinc coating thickness ≥100μm, enhancing resistance to salt spray corrosion and extending product service life.

Strong Wind/Earthquake Area: Choose a reinforced tubular steel communication tower, optimizing cross-section and wall thickness design, improving wind and earthquake resistance performance, ensuring structural stability in extreme environments.

Remote/Complex Terrain: Choose a lightweight, narrow-base tubular steel communication tower, suitable for transportation and installation conditions without the need for large construction machinery, reducing construction difficulty.

Select by Load Requirements

Light Load Scenario (Single Antenna Set): Choose a tubular steel communication tower with wall thickness of 6-10mm, lightweight structure, cost-effective, meeting regular signal transmission needs.

Heavy Load Scenario (Multiple Antenna Sets, Microwave Equipment): Choose a reinforced tubular steel communication tower with wall thickness of 10-16mm, improving load-bearing capacity, suitable for mounting multiple devices, and ensuring structural stability.

Precautions for Use

Before installation, verify that the nameplate of the Tubular Steel Telecom Tower matches the design drawing parameters, and inspect the integrity of the tower body, flanges, bolts, and other components to ensure there is no deformation, damage, or zinc layer peeling. Only proceed with construction when all accessories are complete.

During hoisting, use high-strength nylon ropes to avoid damaging the galvanized layer with steel wires; during installation, use a theodolite to monitor verticality, with deviation not exceeding 1/1000. Flange bolts should be tightened to the specified torque, and glass glue can be applied to connection parts as required to enhance sealing.

The tower foundation must use concrete that meets design requirements, with anchor bolts embedded to ensure reliable connection with the tubular steel communication tower; grounding resistance should be ≤10Ω, and the effectiveness of the grounding system should be checked regularly to prevent equipment damage from lightning.

Welding, cutting, and other operations are strictly prohibited on the surface of the tubular steel communication tower. If modification or additional equipment is required, communicate with the manufacturer in advance. After modification, hot-dip galvanizing corrosion protection must be reapplied to prevent steel corrosion.

Conduct regular inspections and maintenance of the tubular steel communication tower. For coastal and high-corrosion areas, it is recommended to inspect every six months, and for other areas, annually. Promptly repair damaged zinc layers, tighten loose bolts, and check for potential structural deformation hazards.

Non-professional personnel are strictly prohibited from climbing the tubular steel communication tower. Warning signs such as "High Voltage Danger, Keep Away" should be placed around the tower to maintain a safe distance; safety protection must be in place during construction and maintenance, strictly following safety operation regulations.