Mao Tong factory's high quality monopole transmission line single steel tube tower is supported by a single tubular pole and is used to fix the antenna or power line. Unlike lattice structure of traditional transmission towers, single pole steel tube towers have a vertical design. Their smaller footprint and aesthetically pleasing design make them more suitable for use in densely populated areas than other options such as grid towers.
As a professional tower manufacturer and supplier in China, Mao Tong would like to provide you chaep but high quality monopole transmission line single steel tube tower, which is mainly made of steel tubes, which are usually polygonal conical steel tubes, such as octagonal, dodecagonal and hexagonal ones. It features an attractive and concise appearance, a small floor area, and good environmental coordination in urban areas. Additionally, the monopole transmission line single steel tube tower has low wind resistance, relatively small steel consumption, and its cost is usually lower than that of angle steel towers. Moreover, its transportation length is not limited.
This type of tower is widely used in urban power grids, expressways, and areas with high landscape requirements, and monopole transmission line single steel tube tower is common for voltage levels ranging from 10 kV to 500 kV. Scientific research has confirmed that the electric and magnetic fields generated by the tower during operation have no substantial impact on human health within a normal safe distance. Looking to the future, this type of tower will develop towards more environmentally friendly, intelligent and modular directions, which can better meet the growing energy demand while reducing the impact on the ecological environment.
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Tower type |
Self-supporting communication monopole steeltube tower |
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Raw Material |
Q255B/Q355B/Q420B |
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Place of Origin |
Qingdao, China |
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Surface |
Hot dip galvanized fluorocarbon spraying |
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Height range |
15m~100m or customized |
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Shape and size |
Customizable |
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Rated Voltage |
10kV-500kV |
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Application |
Electric Power Transmission |
The monopole transmission line single steel tube tower is a core component of the power transmission system. It undertakes the crucial task of safely and efficiently transmitting electricity generated by power plants to residential and industrial users. Its tall structure is scientifically designed to keep transmission lines at a safe distance from the ground, avoiding short circuits caused by contact with trees, buildings and other obstacles. Meanwhile, the elevated structure helps transmission lines dissipate heat more effectively, thereby reducing energy loss during power transmission.
This monopole transmission line single steel tube tower boasts excellent structural stability and environmental adaptability. Made mainly of steel, its integrated single steel tube structure, combined with reasonable stress design, endows it with strong wind resistance and snow load capacity. The steel material undergoes professional anti-corrosion treatment, which can effectively resist the erosion of harsh environments such as rain, snow and humidity, preventing structural damage caused by ice and snow accumulation. Under normal circumstances, its service life can exceed 50 years, and regular inspection, cleaning and maintenance can further extend its durable service cycle.
The monopole transmission line single steel tube tower is widely applicable to various voltage levels such as 10kV, 11kV, 33kV, 35kV, 66kV, 110kV, 132kV, 220kV, 330kV and 500kV, and the design standards of the tower body and insulation measures will be upgraded accordingly with the increase of voltage. Scientific research has confirmed that the electric and magnetic fields generated by the tower during operation have no substantial impact on human health within a normal safe distance. Looking to the future, this type of tower will develop towards more environmentally friendly, intelligent and modular directions. The monopole transmission line single steel tube tower can better meet the growing energy demand while reducing the impact on the ecological environment.