Lattice towers are the most widely used steel structures for high-voltage transmission lines. They are distinguished by their framework construction of interconnected galvanized steel angle sections, forming a highly efficient lattice structure.
Key Features
Exceptional Structural Stability – Designed for high-voltage transmission and long-span applications. Their triangulated geometry provides outstanding resistance to torsional forces and extreme wind loads.
Reliable Foundation System – Each tower is supported by four independent concrete foundations, one for each leg, ensuring maximum structural stability.
Efficient Installation – Towers are delivered as modular components and assembled on site, making them particularly suitable for remote and difficult-to-access locations.
Long-Term Corrosion Protection – Manufactured from hot-dip galvanized structural steel. The galvanization process provides corrosion resistance with a service life exceeding 50 years under normal operating conditions.
Tapered tubular poles are a modern alternative to traditional lattice towers. Manufactured from hollow steel sections that gradually taper towards the top, they combine structural performance with an attractive contemporary appearance.
Key Features
Modern Aesthetics – Their slim profile requires a significantly smaller footprint and provides a cleaner visual appearance, making them well suited for urban and residential environments.
Fast Installation – Constructed from a limited number of sections that are either slip-jointed or bolted together, allowing for quick and efficient assembly.
Excellent Wind Performance – The aerodynamic tapered design offers superior resistance to wind loads while maintaining structural integrity.
Space Efficiency – An ideal solution for narrow transmission corridors, roadside installations, and urban areas where the larger base of a lattice tower is impractical.
