What are the characteristics of Multifunctional steel pipe tower?

Structural materials:

Mainly high-strength, corrosion-resistant steel pipes are used as the main structural materials.

The cross-section of the steel pipe component is centrally symmetrical, the cross-section characteristics are isotropic, the material is evenly distributed around the periphery, and the cross-section bending stiffness is large.

Structural design:

The design is reasonable, which can give full play to the bearing performance of the material and reduce the weight of the tower and the foundation force.

The structure is simple, the force transmission is clear, and it has strong wind and earthquake resistance.

The truss structure design makes transportation and installation convenient and the construction period is short.

Versatility:

It can meet a variety of usage requirements, such as erecting wires, supporting communication antennas, installing lightning rods, etc.

In some special applications, it can also be used as an observation tower, lighthouse, etc.

Connection nodes:

The connection nodes usually use flange connection or interlocking connection. This connection method is relatively simple, and can enhance the stiffness and density of the connection nodes, and improve the overall stiffness and stability of the structure.

Economic and environmental protection:

The material utilization rate of the steel pipe tower is high, which can reduce the manufacturing cost.

The construction period of the steel pipe tower is short, which can reduce the impact of construction on the environment.

The steel tube tower has a long service life and low maintenance cost, which is conducive to resource conservation and environmental protection.

Customization:

It can be customized according to specific usage requirements and site conditions to meet different height, load and shape requirements.

Safety:

The structure is safe and reliable, and complies with the national steel structure design specifications and tower mast design regulations.

Under extreme weather conditions, such as strong winds, heavy rains, etc., it can still maintain good stability and safety.