4-Legged Angular Steel Communication Tower
Structural Stability
The four-legged structure spreads the load from all directions, which keeps the tower steady under wind and seismic action. Due to the truss layout, wind loads are shared about 20% more efficiently. With the legs reinforced, the telecom tower is capable of withstanding about 30% more compressive load and around 25% more tensile load during operation.
Material Durability
The 4-legged communication tower is built with hot-dip galvanized steel angles using Q235B, Q355B, and Q420B grades as the main structural material. These types of steel provide yield strength of ≥235 MPa, ≥355 MPa, and ≥420 MPa, with tensile strength reaching 370–500 MPa, 470–630 MPa, and 520–680 MPa. Due to the outstanding features of these materials, the 4-legged towers can easily handle winds above Force 12 and meet earthquake resistance requirements above Grade 8, which makes it reliable for long-term outdoor use.
Cost Efficiency and Easy Maintenance
The construction period of the 4-legged angular steel tower is relatively short, and steel angles are a cost-effective material. Its durable angular steel structure means less maintenance and lower operating costs over time.
Flexible Installation
4-legged angular steel communication tower is put together with bolted connections, which makes installation on site much easier. During construction, the height or angle can be adjusted according to the terrain, allowing the team to work more comfortably under real site conditions.
Wide Site Adaptability
Whether installed in mountain areas, flat land, or dense urban zones with limited space, the angular steel tower can be adapted through structural adjustments to suit different terrains.
- 50m 4-Legged Angular Steel Tower
- 40m 4-Legged Angular Steel Tower
- 60m 4-Legged Angular Steel Tower