Mobile Communication Towers In Mountainous Areas

Xuteng Iron Tower is one of Mobile Communication Towers In Mountainous Areas manufacturers and suppliers in China who can wholesale Mobile Communication Towers In Mountainous Areas. We can provide professional service and better price for you. If you interested in Mobile Communication Towers In Mountainous Areas, please contact with us. We follow the quality of rest assured that the price of conscience, dedicated service. 

Mobile communication towers in mountainous areas are also known as signal transmission towers or communication iron towers.

There are many types of communication towers, with single tube towers having low power of 25 meters, 30 meters, 35 meters, and 40 meters, which are generally the most common in small cities. Large base stations, such as those built in mountainous areas, can sometimes reach as high as 100-150 meters, with a coverage area typically exceeding 5 kilometers.

In the construction of modern communication and radio and television signal transmission towers, regardless of whether users choose ground level or rooftop iron towers, it plays a role in raising communication antennas, increasing the service radius of communication or television transmission signals, and achieving ideal professional communication effects. In addition, the roof also serves the dual functions of lightning protection and grounding, aviation warning, and decoration of the office building. Mainly used for setting up mobile communication antennas and microwaves. The tower body generally adopts a four column angle steel or steel pipe structure, equipped with lightning rods, working platforms, and ladders.

Type of communication tower:

The communication tower adopts a self-supporting high-rise structure, which can be divided into angle steel tower, steel pipe tower, and single pipe tower based on the cross-sectional form of its components.

(1) In general, angle steel towers should adopt a folded line with a horizontal cross-section of square and an outer contour shape of approximately parabolic; If limited by the construction site, the horizontal section can also be rectangular; The root opening size of the angle steel tower should not be less than 1/8 of the tower height.

(2) Steel pipe towers and steel pipe composite towers should adopt a triangular or quadrilateral shape, and their root opening size should not be less than 1/25 of the tower height.

(3) Single tube towers are generally made of hot-rolled seamless steel pipes or automatically rolled welded steel pipes, with an upward conical appearance, and their height should be controlled below 50 meters

Characteristics and Usage of Communication Tower:

1. Communication tower: It is divided into ground communication iron tower and rooftop communication iron tower (also known as communication iron tower). Regardless of whether users choose to build towers on the ground, hills, high mountains, or rooftop, they all play a role in raising communication antennas.

2. Increase the service radius of communication or television transmission signals to achieve ideal professional communication effects. In addition, the communication tower on the roof also serves as a lightning protection, grounding, aesthetic, and warning function for the building

A communication tower is a towering structure equipped with communication antennas, characterized by a relatively high structure, relatively small cross-sectional area, and lateral loads (mainly wind and seismic) playing a major role. The foundation of the communication tower safely and reliably transfers all the loads of the upper structure to the foundation, ensuring the overall stability of the structure, and is an important component of the communication tower structure. The selection of communication tower foundation is closely related to the upper structure form, structural layout, external load action category, site, and geological conditions of the area. Reasonable foundation selection and design are crucial for reducing and shortening the construction cycle, ensuring structural safety and reliability.