330kV to 500kV Double-Arm Structure Transmission Tower
Our Double-Arm Structure Transmission Tower is purpose-built for environments that experience extreme weather conditions and demanding load requirements. Featuring a robust central column and two extending arms, this tower delivers exceptional performance in mountainous regions, coastal areas with high winds, and other challenging terrains. Its design ensures efficient load distribution and high stability, making it a reliable choice for high-voltage power transmission.
· Superior Load Capacity : Double-arm configuration with a reinforced central column delivers exceptional strength for heavy loads.
· Enhanced Stability : Integrated diagonal bracing minimizes lateral movement, ensuring resilience against dynamic forces.
· Optimized for Extreme Conditions : Specifically designed for 330kV-500kV transmission in harsh, high-wind, or mountainous environments.
● Efficient Assembly & Durability : Modular design and robust corrosion protection allow for quick installation and long-term reliability.
Product display
Central Vertical Column
· Material & Construction : Made from high-strength angle steel, the central column forms the core of the structure. Its reinforced design is intended to bear significant vertical loads while transferring stresses directly to the foundation.
· Load-Bearing : The column’s robust construction ensures that vertical forces from the cables and environmental loads are efficiently managed.
Double Arms
· Configuration : Two horizontal arms extend symmetrically from the upper portion of the column. They are designed to support multiple conductors and distribute mechanical forces evenly.
· Functionality : These arms increase the effective span and allow for optimal cable clearance and sag management, ensuring that the tower can handle heavy transmission loads.
"High-Capacity, Resilient Design for Extreme Environments"
Comprehensive Bracing System
· Diagonal & Cross Bracing : An integrated network of diagonal braces connects the central column to the arms, enhancing lateral rigidity and minimizing sway caused by wind or seismic forces.
· Enhanced Stability : This bracing system is critical in resisting dynamic loads and vibrations, thus maintaining the tower’s structural integrity over time.
Corrosion Protection
· Protective Coatings : All structural elements are treated with high-performance anti-corrosion finishes (e.g., galvanization or weather-resistant coatings) to extend service life in aggressive environments.
· Maintenance-Friendly : The design allows for easier inspection and maintenance, reducing long-term operational costs..
Applications
· Voltage Compatibility : Ideal for high-voltage transmission systems, specifically optimized for 330kV to 500kV lines.
· Terrain Suitability:Best applied in mountainous and coastal regions where wind loads are significant. Suitable for areas that demand extended spans and robust resistance to dynamic forces.
· Environmental Conditions: Designed to perform in harsh weather conditions, including high winds, heavy precipitation, and seismic activity. Adaptable to regions with rapid temperature fluctuations and corrosive environments.