Steel Power Substation Structure Manufacturers

As the professional manufacturers, Mao Tong would like to provide you Double Circuit Electric Steel Power Tension Tower. And we will offer you the best after-sale service and timely delivery.

lattice tower transmission lines are a common type of power transmission tower, often used to support high-voltage transmission lines. It is assembled from angle steel (L-shaped steel) and is widely used in fields such as electric power, communications, and broadcasting because of its strong structural stability, large load-bearing capacity, and good corrosion resistance. The design of angle steel towers usually takes into account natural factors such as wind load, ice load and earthquake to ensure their safety and durability in harsh environments.

As the professional manufacturers, Mao Tong would like to provide you 4 Leg Round Pipe Steel Angle Steel Poles Tower 10KV. And we will offer you the best after-sale service and timely delivery.

‌Maotong's‌ 35kV-110kV Transmission Steel Iron Tower ensures reliable power transmission with robust design, corrosion resistance, and compliance with international standards. Ideal for grid infrastructure, delivering safety and efficiency. Trusted by utilities worldwide.

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.

The Transmission Line Steel Structure is a critical component in the electric power infrastructure, featuring remarkable durability and structural integrity. Constructed from high-quality steel, this structure leverages the advantages of steel, including lightweight, high strength, durability, excellent seismic performance, and ease of processing and installation. The steel structure primarily supports transmission lines, ensuring the stable and efficient transmission of electrical power over long distances. Innovative designs incorporate seismic reinforcing units to minimize wobble caused by ground movements, thereby enhancing the overall stability of the structure. Additionally, tension maintaining units are integrated to constantly regulate the tension of the transmission lines, preventing potential accidents such as short circuits or power failures due to external shocks or ground movements.