|Place of Origin:||China|
|Model Number:||Transmission Line Lattice Tower|
|Minimum Order Quantity:||1 Tower|
|Packaging Details:||Exported Containers|
|Delivery Time:||25-30 days after deposit|
|Payment Terms:||L/C, T/T, Western Union|
|Supply Ability:||2000 Sets Per Year|
|Material:||Steel Q235B/Q345B/Q420||Surface:||Hot-dip Galvanized And Specific Bark With Branches|
|Basic Wind Speed:||110~160km/h_3 Second Gust||Life:||25-30 Years|
330kv telecommunication steel tower,
galvanized brackets telecommunication steel tower,
330kv steel antenna tower
3 Legs Angular Telecom Steel Tower With Hot Dip Galvanized And Brackets
Suntech Power Group is one of the largest Procurement, Engineering & Contracting Group companies in China.Our group branch company and factory have already engaged
in the field of electric power more than 26 years.
Tell us your requirements and we will design and detail a complete antenna support structure to meet your needs. All tower design is done in complete
conformance with the latest revision of Telecommunications Industries Association standard TIA/EIA-222-G/F, “Structural Standards for Steel Antenna and Antenna Supporting Structures” and other industry standards, as applicable.
Design and Detailing
We have broad experience with virtually every make and model of tower used in the South America and Africa. Because of this, we can design and detail antenna mounts and other tower appurtenances to meet any needs and to fit any tower. With an in-house fabrication facility, we can custom-manufacture the items under our close scrutiny
to deliver what you need.
Structure Analysis and Calculation
We provides exceptional structural analysis services. A structural analysis goes deeper than just a visual inspection. The visual inspection
of a tower will show the physical condition of a tower such as rusting, cracking of welds, bent members, etc. but it will not show whether a tower is
overstressed by the loads it is supporting. A structural analysis uses mathematical engineering formulas for stress, along with known behavior of different materials under stress, to determine if any one point on the tower is stressed beyond safe limits. By using state-of-the-art computer software, we can create a mathematical model of any steel structure, and quickly determine the stresses at hundreds of points on the tower.
Contact Person: Peter