TOP ALUMINUM FABRIC STRUCTURE FOR INDUSTRIAL
TOP ALUMINUM FABRIC STRUCTURE FOR INDUSTRIAL
Planning a large-scale outdoor concert, exhibition, or event? This official assembly guide demonstrates how to build LP Structure's 16x32x8m Heavy-Duty Aluminum Stage Truss System. Built with high-strength structural aluminum alloy, this modular truss roof system provides exceptional loading capacity for lighting rigs, sound systems, and LED screens.
00:00 Base of Legs Assembly: Laying out heavy-duty steel base plates and assembling the initial upright corner leg bases on flat ground.
00:35 Horizontal Truss (Eave Beam) Assembly: Connecting horizontal eave beam trusses segment by segment using pin and spigot connectors.
01:13 Step-by-Step Legs & Top Truss Installation: Assembling vertical tower pillars and erecting the top roof truss framework.
03:13 Set Up the Manual Hoist on the Legs: Mounting manual chain hoists onto the top of vertical leg pillars for roof lifting.
03:37 Lifting the Upper Truss via Sleeve Blocks & Chain Hoists: Operating chain hoists smoothly to raise the entire assembled upper truss grid along the sleeve blocks to full height.
04:35 Overall Display After Installation: Full exterior showcase and structural walkthrough of the completed 16x32x8m aluminum stage truss.
Heavy-Load Capacity for Stage Gear: Engineered for heavy lighting arrays, line-array speakers, and overhead LED video walls.
Modular Spigot Connection System: Precision-machined aluminum spigot joints allow fast assembly, rigid alignment, and high shear resistance.
Corrosion-Resistant Aluminum Alloy: Manufactured using high-tensile 6082-T6 aluminum alloy for long-term outdoor use and frequent event transport.
Q1: What lifting equipment is recommended for raising a 16x32x8m truss roof?
For large structures of this size, synchronized electric chain hoists or heavy-duty manual chain blocks are required to lift the roof grid evenly across all tower legs.
Q2: Can the height and span of this aluminum truss system be adjusted?
Yes. Due to its modular design, the 16x32x8m truss system can be reconfigured into smaller dimensions by removing or adding standard truss segments.