| Customization: | Available |
|---|---|
| Material: | Aluminum |
| Usage: | Exhibition Building, Stage Performance, Background Plate, Exhibition Advertising Truss |
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Specifications of truss:
| Material: Aluminum Alloy | 6082-T6 |
| Main tube | Φ50×3mm(Φ50×4mm or customized) |
| Brace tube | 30X2mm |
| Connection | Spigot, also provide screw and bolt types for your choice. |
| Canopy: | PUV material |
| Certification | TUV certificate |
| Length | 0.5m, 1m, 2m, 3m, 4m(also design based on your request) |
| Shape | Ladder, Triangle, Square, Curve, Circle |
| Size | 300X300mm, 350X350mm, 400X400mm, 520X520mm, 500X600mm, 520X760mm, 600X760mm etc |
Application: We can design diverse shapes to hang acoustics, loud speaker, video, lighting, etc. Widely used for wedding, exhibition, show, concert, celebrations, ceremony, conference, performance, meeting, party, activities and so on.
The 50-foot span of the Dragonstage Truss Bridge is a testament to the efficiency of truss design. Trusses, with their inherent triangular structure, are renowned for their ability to withstand significant loads while minimizing material usage. This attribute makes them ideal for bridges, as they offer both structural integrity and cost-effectiveness. In the case of the Dragonstage bridge, the 50-foot span allows for efficient passage over a designated area while maintaining a balance between the bridge's footprint and its carrying capacity.
The "Tierra" support system, a key component of the Dragonstage Truss Bridge, underscores the importance of ground interaction in structural engineering. The term "Tierra" translates to "Earth" in Spanish, hinting at the system's reliance on the ground for stability. This system likely employs a combination of foundations, such as piers or abutments, which transfer the bridge's load to the underlying soil or bedrock. These foundations are designed to distribute the weight evenly, preventing localized stress and ensuring the bridge's long-term stability.
The Dragonstage Truss Bridge, with its 50-foot span and "Tierra" support system, stands as a successful example of how engineering principles can be applied to create robust and efficient structures. The bridge's design prioritizes structural integrity and stability, showcasing the power of triangular elements and the importance of ground interaction in ensuring lasting performance. The "Dragonstage" name itself hints at the bridge's strength and resilience, underscoring its ability to withstand the challenges posed by its environment.
By focusing on these key aspects, the Dragonstage Truss Bridge becomes a compelling case study in the field of bridge engineering, demonstrating the elegance and practicality of truss design in creating sustainable and functional structures.
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