| Type (Kind) | Telecom Three Legged Tube Tower |
|---|---|
| Height | 10m – 60m (Customizable) |
| Surface Treatment | Hot-dip Galvanization (to ISO 1461 or ASTM A123) |
| Hoisting Method | Crane Hoisting / Manual Winch |
| Material | Q355B / Q235B / ASTM A572 / ASTM A36 Steel |
| Application | 4G/5G Telecommunication, Radio & TV, Microwave |
| Product Name | Three Legged Tubular Communication Tower |
Product Introduction
Engineering intelligence builds better towers. CLEVERTOWER® delivers safe, reliable, and cost-efficient tower solutions through proven engineering experience and rational structural design.
CT-T-40-L-03F01
High Quality Galvanized Steel Telecom Three Legged Tube Tower for Cell Tower Antennas Communication Infrastructure
Product Details
| Product Specification | Technical Details |
|---|---|
| Tower Type | Telecom Three Legged Tube Tower |
| Material | High-Strength Q355B Galvanized Steel |
| Column Connection Method | Professional Flange Connection |
| Safety & Reliability | Wind Load Resistance up to 160km/h & Seismic Grade 8 |
| Design Standard | TIA/EIA-222-G / BS8100 / EN 1993 |
| Antenna Loading | Designed for 6–12 Antenna Systems |
| Service Life | 50+ Years under standard environment |
| Platform Options | Single or Multiple Working Platforms available |
| Color | Natural Silver or Painted (RAL System) |
| Vertical Deviation | Less than 1/1000 |
Superior Hot-Dip Galvanization Protection
All structural components undergo a rigorous hot-dip galvanization process according to ISO 1461 and ASTM A123 standards. This industrial-grade surface treatment ensures a service life of over 50 years, effectively protecting the 5g cell tower against extreme weather conditions, high humidity, and coastal salt spray corrosion.
Advanced 5G Network Infrastructure Optimization
Specifically optimized for the rigorous demands of 5G deployment, this tower supports multiple high-frequency antenna systems and microwave dishes. Its stable geometry and minimal sway design ensure signal precision and consistent high-speed wireless coverage for modern telecommunication networks in both urban and rural environments.
Efficient Flange Connection & Rapid Assembly
Featuring professional flange connection methods and precision-drilled bolt holes, the tower components are designed for streamlined on-site assembly. This modular approach significantly reduces hoisting time, equipment rental costs, and manual labor requirements, making it a highly cost-effective solution for large-scale infrastructure projects.
Certified Safety & High Wind Load Resistance
Designed and tested to withstand wind speeds of up to 160km/h and seismic activity up to Grade 8, our towers prioritize absolute safety and reliability. Every structure is verified using PLS-Tower or equivalent professional software to ensure full compliance with TIA/EIA-222-G and international engineering safety standards.
