The pipe truss is made of relatively sturdy materials, which can withstand large external forces and has strong wind and seismic resistance, ensuring the stability of the building.

2. Lightweight structure.
The material of the pipe truss is relatively lightweight, which can reduce the weight of the building and reduce the pressure on the foundation, making it more suitable for large-span buildings.

3. High reliability.
The connecting components of the pipe truss are fastened with high-strength bolts, which have good reliability and corrosion resistance.

4. High construction efficiency.
The pipe truss structure is lightweight, easy to transport and install, and can quickly and efficiently complete construction tasks.

5. Beautiful appearance.
The pipe truss structure is simple and elegant, and through the illumination of light, it can produce a unique three-dimensional effect, making the building more beautiful.

Application field

1. In the field of architecture.
Pipe trusses can be applied to support structures of long span roofs, elevated walkways, subway platforms, and other buildings. Due to its lightweight, fast, and stable characteristics, pipe trusses are increasingly favored by architects in modern architecture.

2. Stage setup.
The pipe truss can withstand large external forces and has good seismic resistance, making it suitable for the construction of large-scale performance stages. Meanwhile, various forms of stage structures can be formed by combining and assembling.

3. Billboard production.
The pipe truss can produce various shapes of billboards, with good load-bearing capacity, and can support the display of large billboards.

4. Light bracket.
Lighting is an indispensable part of various large-scale performances and exhibition activities, and the role of lighting brackets is to provide support for various lighting equipment. Pipe trusses are now used in the construction of lighting brackets for various large-scale performances, exhibitions, and other occasions.

In summary, pipe truss has various advantages such as strong stability, lightweight structure, high reliability, high construction efficiency, and beautiful appearance. It has a wide range of applications and is an indispensable supporting structure in modern architecture and stage construction.