Line Corner Tower For Distribution Tower Manufacturers

Angle Steel Tower Steel Structure is mainly composed of angle steel, connectors and fasteners, and is made through professional welding and assembly processes. Angle Steel Tower Steel Structure has high strength and stability, and can withstand large loads and wind forces, so it is widely used in various outdoor environments.

Galvanized Angle Steel Tower is a high-rise steel structure that uses angle steel as the main material and is treated with hot-dip galvanizing for corrosion protection. Galvanized Angle Steel Tower is widely used in power transmission, communication base stations, radio and television, wind power generation and other fields, and has the characteristics of stable structure, corrosion resistance and easy installation.

20m Steel Lattice Telecom Antenna Communication Tower Features:
1. Various towers are space frame structure. Bars are composed of single equilateral angle steel or combination of angle steel.
2. The materials are generally Q235, Q345 and Q420. The connection between the bars is crude bolt.
3. Hot dip galvanized anti-corrosion. Very convenient for transportation and construction erection.
4. We set foot nails on one of main legs to facilitate the construction workers to climb onto the tower for operation
Transmission line tower triangular lattice mast basic information of steel tower key specifications/special features: applications: suitable for all kinds of inside and outside workplace also electric power, metallurgy, railway, steel, ship, troops,aviation, chemical industry,...

Mao Tong is a leading China Angle Steel 330KV High Voltage Electric Transmission Tower manufacturers, suppliers and exporter. Angle steel tower, quadrilateral truss structure transmission line tower, using Q345B Q235 high quality steel as the main material of the tower body, rigid structure, small deformation.

High Voltage Transmission Towers serve as vital components in modern power transmission systems, tasked with safely and efficiently conveying high-voltage electricity to distant regions requiring electrical power. These towering structures are not only the backbone of the electrical grid but also the lifeline ensuring stable national energy supply and socio-economic development. The design of High Voltage Transmission Towers meticulously considers structural strength, stability, and environmental adaptability. Typically constructed from high-quality steel or advanced composite materials, they are engineered to withstand extreme weather conditions such as strong winds, heavy rain, and ice storms. Furthermore, they possess excellent electrical insulation properties to prevent energy loss and safety hazards during power transmission.

Steel pipe tower structure is a structural form widely used in communications, electricity and other fields.