Product Description:

The main structure of the four-tube communication angle steel tower adopts a quadrilateral layout, presenting a regular and stable appearance. The various components cooperate with each other. From the tower base to the tower top, every detail has been carefully designed. Through scientific and reasonable design and construction, the balance and stability of the overall structure are guaranteed, so that it can withstand the external forces in various complex environments. This type of tower is widely used in the field of communications, and can provide solid support for various communication equipment to ensure efficient transmission and reception of signals. ​
The four-tube communication angle steel tower adopts bolt connection, which is not only convenient for installation and disassembly, but also easy to inspect and replace various components during the later maintenance process. At the same time, the bolt connection can ensure the close combination of various components, effectively transfer stress, and improve the overall strength of the tower. ​
An external ladder with guardrail is set to facilitate staff to carry out daily inspections and equipment maintenance. There are also feeder brackets on both sides of the ladder to organize and fix various communication cables to avoid the messy entanglement of cables affecting signal transmission, and also enhance the safety and service life of the cables.​
All tower components are made of high-quality steel and alloy structural steel, and common steel types include Q235, Q345B, etc. These steels have the characteristics of high strength, good toughness and machinability. These high-quality steels can provide strong rigid support for the tower, making it excellent in deformation control. In addition, all components are treated with hot-dip galvanizing for anti-corrosion, and the galvanizing thickness is ≥86um. This treatment process can form a dense protective film on the surface of the steel, effectively isolating the erosion of the steel by air, moisture, etc., greatly extending the service life of the tower. ​The design service life can reach 30 years, which means that under normal use and maintenance conditions, the four-tube communication angle steel tower can operate stably for a long time, providing a solid guarantee for the sustainable development of the communication network, and reducing the high cost and time loss caused by frequent replacement of towers. ​
The seismic fortification is designed according to the seismic intensity parameters of the area where the tower is located, and can remain stable in a certain degree of seismic activity; the wind speed resistance is based on the larger wind speed once in 50 years in the area where the tower is located, and can resist strong winds.

Technical Parameters:

Applications:

1. Communication guarantee along highways/railways
Highways and railways are long and pass through different geographical environments. To ensure driving safety and passenger communication needs, communication along the lines is crucial. Four-tube communication angle steel towers can be set up at intervals along highways and railways to provide continuous and stable signal coverage. The tower structure is stable and can withstand the impact of airflow caused by high-speed vehicles and the influence of complex climate along the line. At the same time, its feeder bracket design facilitates the regular laying of cables to ensure stable communication signal transmission and meet various needs such as automatic driving, train dispatching, and passenger mobile Internet access.
2. Signal enhancement in rural areas
Rural areas are vast and sparsely populated, and residents live in scattered areas, which requires high coverage of communication signals. The construction cost of four-tube communication angle steel towers is relatively low and easy to install. Through reasonable site selection and construction, a large area of ​​signal coverage can be achieved with a small number of base stations, meeting the diverse needs of rural residents such as daily communication, online education, and e-commerce development, and narrowing the urban-rural digital divide. At the same time, its long service life reduces the cost of frequent maintenance and replacement, providing a guarantee for the long-term stable operation of rural communication networks.​
3. Signal optimization in the urban-rural fringe area
The urban-rural fringe area has the characteristics of both cities and villages, with frequent personnel mobility and diverse and complex communication needs. The four-tube communication angle steel tower can be flexibly deployed in the appropriate location of the urban-rural fringe area. On the one hand, it can enhance the signal strength in the original weak signal area and solve the problems of call interruption and network jamming; on the other hand, it can cope with the communication peak during the densely populated period and ensure the smoothness of the network. Its standardized components and modular design facilitate rapid upgrades and expansions according to regional development and changes in communication needs.

Packing and Shipping:

Packaging Details

Tower Sections: Disassembled into modular segments, wrapped in anti-rust film, and secured with steel straps on wooden pallets.
Accessories: Bolts, brackets, and small parts are packed in sealed plastic bags + durable carton boxes.
Weather Protection: Waterproof plastic sheeting for sea/road transport.
Marking: Clear labels with item codes, weight, and handling instructions (e.g., "Fragile," "Keep Dry").

Shipping Options

By Sea (FOB/CIF): 20ft/40ft containers (max. 12m single-piece for LCL).
Fast Delivery: Express air freight available for urgent orders (accessories only).