• Main Materials
  The tower is built with hot-dip galvanized angle steel with a zinc coating thickness of at least 85 μm. This treatment provides more than 30 years of salt-spray resistance. The material delivers compressive strength above 350 MPa, ensuring stable performance under heavy loads.
• Connection Method
  Components are secured with bolted connections. Certain sections use a modular design, such as X-shaped reinforcement plates and dual-stage spring dampers that help improve vibration control and structural stability.
• Specification Optimization
  Large-section single-leg angle steel reduces the number of bolts and filler plates needed during assembly. This simplifies installation and increases overall construction efficiency.
• Wind and Seismic Performance
  The energy transmission line tower is designed for wind speeds up to 30 m/s. It meets seismic requirements for intensity level 8, with a maximum displacement of no more than 3.2 mm under level-6 seismic conditions. This ensures dependable performance across a wide range of environments.

Typical Installation Environments
The installation of angular steel transmission line towers requires careful consideration of soil conditions, wind exposure, and local climate. Different terrains call for specific precautions to ensure long-term structural stability.

• Plains
  Plains usually provide firm soil, but soft ground should be avoided. The foundation must support both the tower weight and the tension of the conductors, with enough bearing capacity for long-term operation.
• Mountain Areas
  Sites prone to landslides or debris flow should be excluded. Stable geological zones are preferred to keep the tower secure and reduce maintenance risks.
• Coastal Regions
  Tidal forces and wave impact on the foundation must be taken into account. The tower should offer strong wind resistance and reliable corrosion protection to withstand the coastal environment.