This section includes standardized products with predefined specifications and transparent pricing, intended for fast selection and direct quotation. These typical solutions represent ready-to-deploy configurations, allowing clients to evaluate cost, structure, and application suitability without requiring custom engineering design.
For customized solutions, please refer to our Engineering & Solution section, or explore our Product Hub for standard system configurations. You may also contact us directly for tailored support.
Premium Standard Bolt Truss: Engineered Structural Solutions for Stage Rigging
At Dragon Company, we specialize in high-integrity Standard Bolt Truss systems, providing the foundational strength required for the world’s most demanding event environments. Since 2008, our aluminum alloy truss solutions have been the industry benchmark for durability and cost-effectiveness. The bolt connection system, characterized by its robust flange-plate interface, offers unmatched stability for permanent installations and high-load capacity projects.
Technical Superiority of Aluminum Bolt Trussing
The Standard Bolt Truss (also known as Plate Truss) is engineered using premium 6082-T6 aluminum alloy. Unlike other connection methods, the bolt system utilizes high-tensile steel bolts (Grade 8.8 or higher) to secure the structural junctions, ensuring maximum resistance to shear forces and torsional stress.
Our manufacturing process adheres to strict Safety Standards & Engineering Constraints, ensuring that every span meets international building codes for temporary and permanent structures.
Key Performance Characteristics
Maximum Rigidity: The flange-to-flange connection minimizes structural play, making it ideal for large-scale Concert & Event Stage setups.
High Load-to-Weight Ratio: Optimized for supporting heavy LED walls, line arrays, and complex lighting plots.
Torsional Stability: Superior resistance to twisting under asymmetric loading conditions.
Longevity: Simplified maintenance with easy-to-inspect hardware.
Critical Comparison: Bolt Truss vs. Spigot Truss
For professionals deciding between connection types, understanding the mechanical behavior is vital. Below is a technical comparison optimized for structural analysis:
| Feature | Standard Bolt Truss | Spigot Connection Truss |
| Connection Method | Flange Plate & Steel Bolts | Conical Coupler & Pins |
| Best Application | Permanent Installs / Heavy Loads | Touring / Rapid Setup |
| Maintenance | Bolt Inspection & Torque Checks | Coupler & Pin Clearance |
| Structural Rigidity | Extremely High (Zero Play) | High (Mechanical Fit) |
To understand the specific physics behind these connections, refer to our technical breakdown: Pin Vs Bolt – Connection Behavior Under Load.
Engineering and Load Capacity Analysis
Accurate load calculation is the cornerstone of stage safety. Our bolt truss series undergoes extensive Load Capacity / Load Analysis to provide riggers with precise Uniformly Distributed Load (UDL) and Point Load (CPL) data. By analyzing the deflection rates under maximum stress, we ensure that your overhead structures remain stable throughout the duration of your event.
Common Profiles and Dimensions
Square Bolt Truss (290mm / 390mm / 400mm): The versatile standard for lighting grids.
Ladder Bolt Truss: Ideal for light-duty support and decorative architectural elements.
Heavy-Duty Rectangular Truss: Designed for long spans and massive roof systems.
Professional Maintenance and Inspection Protocols
Maintaining the integrity of aluminum alloy structures requires a systematic approach. Over time, factors like vibration and load cycles can impact the hardware. We recommend a strict inspection schedule as outlined in our guide: Ensuring the Longevity and Safety of Structures Trusses. Regular checks of bolt torque and weld points are essential for mitigating structural risks.
