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Four-Legged Angle Steel Tower for High-Voltage Transmission Lines (750kV-1000kV) 1
Four-Legged Angle Steel Tower for High-Voltage Transmission Lines (750kV-1000kV) 2
Four-Legged Angle Steel Tower for High-Voltage Transmission Lines (750kV-1000kV) 3
Four-Legged Angle Steel Tower for High-Voltage Transmission Lines (750kV-1000kV) 4
Four-Legged Angle Steel Tower for High-Voltage Transmission Lines (750kV-1000kV) 5
Four-Legged Angle Steel Tower for High-Voltage Transmission Lines (750kV-1000kV) 1
Four-Legged Angle Steel Tower for High-Voltage Transmission Lines (750kV-1000kV) 2
Four-Legged Angle Steel Tower for High-Voltage Transmission Lines (750kV-1000kV) 3
Four-Legged Angle Steel Tower for High-Voltage Transmission Lines (750kV-1000kV) 4
Four-Legged Angle Steel Tower for High-Voltage Transmission Lines (750kV-1000kV) 5

Four-Legged Angle Steel Tower for High-Voltage Transmission Lines (750kV-1000kV)

This Four-Legged Angle Steel Tower is designed for maximum stability and durability, with a robust four-legged configuration. This type of tower is ideal for medium to high-voltage transmission lines, offering superior support and strength to handle the weight and pressure from both environmental forces and electrical loads. The four-legged design ensures a stable base, making it suitable for demanding conditions such as high winds, seismic activity, and heavy electrical demands.

· Enhanced Stability : The four-legged design offers superior stability, which makes it ideal for installation in areas prone to high winds, heavy snow, or seismic activity. 
· Heavy Load Capacity : This tower can support multiple high-voltage transmission lines, making it ideal for medium to high-voltage electrical networks. 

· Durable and Long-Lasting : The galvanized coating ensures that the tower is resistant to corrosion, which reduces the need for frequent maintenance and extends its service life. 
Strong Resistance to Environmental Forces : The bracing system and four-leg construction ensure that the tower is resilient to lateral and vertical forces, offering reliable performance even under extreme conditions.

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    Base Structure

    ·  The tower features a four-legged design, with four vertical steel angle supports arranged symmetrically in a rectangular or square shape. These legs form the main structural element of the tower and provide excellent balance. The structure is anchored to the ground with a robust foundation, ensuring stability even in areas prone to heavy weather or seismic activity.

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    Vertical Members (Legs)

    ·  The four vertical legs are made from galvanized steel angles, offering both strength and corrosion resistance. These angle steel legs are designed to withstand heavy loads and high tension, distributing the weight of the transmission lines evenly across the base. The legs are securely bolted to the foundation for stability.ion loads.  

    "Unmatched Stability and Strength for the Most Demanding Transmission Needs"

    Crossarms

    ·  Positioned at multiple levels along the tower’s height, the horizontal crossarms provide support for the transmission lines. These crossarms are made of steel and designed to bear the weight of heavy cables or power lines, ensuring that they stay securely in place under environmental forces such as wind or snow. The crossarms can be configured to support multiple transmission lines at different levels.

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    Surface Treatment

    ·  The tower is coated with galvanized steel, which ensures high corrosion resistance, making it ideal for harsh outdoor environments. This treatment prolongs the life of the tower and reduces maintenance costs over time, especially in coastal, industrial, or humid areas where rust and wear are common.

    Product application

    Value: Our traffic signal poles provide stable support for urban traffic management systems with their high strength, durability and intelligent functions, enhancing traffic safety and efficiency. Through environmentally friendly design and intelligent control, the economic benefits and sustainability of the overall project are improved.

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    Applications

    · Medium to High-Voltage Transmission Lines (750kV to 1000 kV): Perfect for power distribution and transmission in rural or industrial areas.

    · Urban and Remote Areas: The four-legged design provides enough strength to handle high loads, making it suitable for both urban infrastructure and remote installations.

    · Seismic and High-Wind Zones: The stability of the four-legged structure makes it a great choice for areas prone to natural events such as earthquakes or strong windstorms. Offers robust connectivity in less-developed areas, bridging the digital divide and fostering local growth.


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