Tunnel Stage Roofing Trusses 20x15x12m

packing weihgt: 8000kg

packing volume: 160cbm

3-way connector 16p

4-way connector 32p

longitudinal 500x600mm truss 3m 40p

ladder 500mm truss 3m 40p

horizental curve truss 500x600mm truss 31.5m 6p

2m pillar 500x600mm 12p

3m beam 500x600mm 10p

cube for 500x600mm 12p

clamp 160p

canopy about 520sqm

steel base and supports 12p

The custom tunnel roofing truss system is a revolutionary solution for large-scale construction projects. With a width of 20m, a maximum height of 12m, and a depth of 15m, this system is designed to provide unparalleled support and stability for tunnel structures. In addition to its impressive dimensions, the system also offers two distinct options for clients to choose from: the bolt truss system and the spigot truss system.

The bolt truss system is a traditional method of construction, utilizing bolts to secure the trusses in place. This option is well-suited for projects where a high level of customization and flexibility is required. On the other hand, the spigot truss system offers a more streamlined approach, with interlocking spigots providing a secure and efficient connection between trusses. This option is ideal for projects that require a quick and easy installation process.

Regardless of the option chosen, clients can rest assured that the price includes the tunnel roofing, making this system a cost-effective and convenient choice for construction projects. By providing a comprehensive solution that encompasses both the truss system and the roofing, clients can save time and resources by working with a single supplier for all their tunnel construction needs.

In addition to its practical benefits, the custom tunnel roofing truss system also offers a range of structural advantages. The system is designed to withstand the rigors of tunnel construction, with a robust design that can support the weight of the tunnel and withstand environmental factors such as wind and seismic activity. This level of durability and resilience is essential for ensuring the long-term integrity and safety of the tunnel structure.

Furthermore, the system is engineered to provide optimal support and load distribution, minimizing the risk of structural failure and ensuring the longevity of the tunnel. With its carefully calculated dimensions and precise construction, the system offers a level of reliability that is essential for large-scale construction projects.