High Quality Steel Angle Communication Tower For Telecommunication Network Infrastructure

Product Description:

    The three-tube communication angle steel tower is supported by three main steel pipes, arranged in an equilateral triangle to form a stable mechanical structure. The tower components are made of high-strength low-alloy structural steel such as Q355/Q235B, and the components are firmly combined through precision welding and bolt connection technology. The tower body is equipped with transverse diaphragms and diagonal materials at certain heights to enhance the overall torsion and wind resistance; standardized feeder brackets and maintenance platforms are equipped to facilitate the laying of communication cables and subsequent equipment maintenance, and ensure the safety of operation and maintenance personnel. The tower structure is strong and stable, able to withstand the test of natural disasters such as strong winds and earthquakes, and ensure the stable transmission of communication signals in various harsh environments. Its unique three-tube design not only increases the strength of the tower body, but also optimizes the spatial layout, which can accommodate multiple communication antennas to meet the needs of different operators and multiple communication technologies.
    The main steel pipes and components are all made of hot-dip galvanizing anti-corrosion technology, with a zinc layer thickness of ≥86μm, forming a dense anti-rust protective layer, which effectively resists corrosive media such as rainwater and salt spray, and has a designed service life of up to 30 years, greatly reducing the maintenance cost of the entire life cycle.​
    In addition, the three-tube communication angle steel tower adopts a modular design. Each component can be prefabricated in the factory and quickly assembled by bolts after transportation to the site, which significantly shortens the construction period. The tower height can be flexibly adjusted according to actual needs, ranging from 10 meters to 55 meters, to adapt to different terrains and signal coverage requirements. The foundation forms are diverse, including reinforced concrete independent foundation, pile foundation, etc. The best solution can be selected according to the geological survey report to ensure the stability of the tower foundation.

Features:

Extraordinary wind resistance

Seamless steel pipes are used to build towers, which have a low wind load coefficient. When facing strong winds, they can effectively disperse wind force, demonstrate excellent wind resistance, protect the safety of communication equipment, and ensure uninterrupted signal transmission. ​
Stable connection and low maintenance

The tower is connected with the help of an external flange, so that the bolts mainly bear tension, which is less likely to be damaged than shear stress, greatly reducing the cost of later maintenance, reducing the frequency of inspections, and ensuring the long-term stable operation of the communication tower. ​
Efficient use of steel

The three towers are arranged in an equilateral triangle, optimizing the structural force and maximizing the material strength. Compared with other tower types, it significantly saves steel and achieves efficient resource utilization. ​
Advantages in space utilization

The root opening size is small and the floor area is small. At present, when land resources are tight, it can be easily selected whether it is a prosperous area in the city or a special area with limited space, reducing the cost of land acquisition. ​
Low foundation cost

The tower body has a light weight and is equipped with a new three-leaf raft foundation, which reduces the requirements for the foundation bearing capacity and greatly reduces the cost of infrastructure construction. It is especially suitable for areas with general geological conditions.​
Easy to install and transport

The truss structure design is adopted, and each component can be produced in a modular manner, which is convenient for disassembly and transportation. It can be quickly assembled after arriving at the site, effectively shortening the construction period and allowing the communication network to be put into use quickly. ​
Disaster resistance and safety guarantee

The tower type is carefully designed according to the wind load curve, with smooth and natural lines. When encountering rare wind disasters, it can unload the force through reasonable deformation to avoid collapse and reduce the safety threat to surrounding people and animals. ​
Normative and compliant design

Strictly follow the national steel structure design specifications and tower mast design regulations. From material selection to structure construction, each link has been precisely calculated and controlled. The structure is safe and reliable, laying a solid foundation for the communication network.  

Applications:

1. Urban communication network optimization
In an urban environment with tall buildings, the three-tube communication angle steel tower can be flexibly deployed in residential areas, commercial areas and other places with its small footprint and convenient installation, making up for the signal blind spots of existing communication base stations, improving the quality of network coverage, and meeting the communication needs of high-density people. ​

2. Coverage in rural and remote areas
In remote areas such as rural and mountainous areas, this tower type can achieve large-scale signal coverage with its excellent wind and earthquake resistance and ultra-long service life, helping the digital construction of rural e-commerce, distance education, etc., and narrowing the urban-rural digital divide. ​

3. Communication guarantee for traffic trunk lines
Deployed along traffic trunk lines such as highways and railways, it provides stable communication support for autonomous driving and intelligent traffic management systems, while meeting the needs of passengers for mobile Internet access, ensuring driving safety and smooth communication. ​

4. Communication construction in special areas
Applicable to special environments such as islands, oil fields, and mining areas, it can withstand harsh conditions such as strong winds and high salt fog, provide reliable communication services for offshore operations, resource mining and other scenarios, and help the industry with safe production.

Customization:

Precise design: The professional team customizes the tower height (5 meters - 75 meters optional), load-bearing capacity and structural form according to the climate (wind speed, rainfall, etc.), geological conditions and signal coverage requirements of the project site to ensure perfect adaptation to the environment. ​
Material selection: Provide a variety of high-strength steels such as Q235 and Q345B, support differentiated anti-corrosion processes (hot-dip galvanizing, zinc-aluminum-magnesium alloy coating, etc.), and meet the durability requirements in different corrosive environments. ​
Flexible installation: The foundation type (independent foundation, pile foundation, etc.) is configured on demand, with modular component design, supporting expedited production and rapid assembly, and shortening the project delivery cycle. ​
Full-cycle service: From preliminary surveys and scheme deepening to installation and commissioning, and after-sales maintenance, one-stop service follows up throughout the process to ensure the stable operation of the communication tower.

Packing and Shipping:

1. Strict screening and scientific use of packaging materials
In the packaging of three-tube communication angle steel towers, the choice of materials is directly related to transportation safety. For key connection parts of the tower body, such as flanges and bolt holes, in addition to wrapping film protection, special anti-collision foam and wooden corner guards are also installed. Anti-collision foam has excellent cushioning performance and can absorb impact during transportation; wooden corner guards provide rigid support for components to prevent corners from deforming due to collision. ​
Small accessories such as bolts, nuts, gaskets, etc. are classified and packaged in high-strength sealed boxes. Each sealed box is equipped with a detailed list label, indicating the name, specification, and quantity of the accessories, which is convenient for on-site installers to check and accept, and avoid affecting the construction progress due to missing accessories. In addition, desiccant is placed in the sealed box to prevent accessories from rusting in a humid environment and ensure their performance. ​
2. Overall packaging structure optimization
In order to ensure that the relative positions of the components of the three-tube communication angle steel tower are fixed during transportation, the overall packaging is bundled with steel frames. The steel frame is customized according to the size of the tower body, and is connected by welding or bolts to form a stable frame, which tightly fixes the main components of the tower body and the packaged accessories.
3. Full monitoring and guarantee of the transportation process

In order to achieve real-time grasp of the transportation status of goods, all transportation vehicles/vessels are equipped with high-precision GPS positioning systems. Customers can check the location of goods, driving speed and other information at any time through the exclusive platform or mobile application to ensure the transparency of the transportation process.