Capacity Truss for Stages

Round Tube Truss Application Scenarios:

Large-scale Public Building Structures

Modular Truss Round tube trusses have good compression, bending and torsion resistance, and are widely used in large-scale construction projects such as gymnasiums, exhibition centers, high-speed railway stations, shopping malls, and schools. Their shapes can be customized into straight, arched, or curved forms, and the shape and structure under different scenarios can be customized according to customer needs to meet customer requirements.

Outdoor Activities

In outdoor settings, the wind resistance of circular tube trusses is particularly crucial. They are commonly used in events like music festivals, football matches, and exhibitions to build tents, canopies, and temporary grandstands. Their robust design ensures safety when the weather turns bad. Moreover, circular tube trusses can support heavy lighting and audio equipment, even holding up against strong winds.

Stage Performance Trusses

Using circular tube trusses as lighting stands and for hanging audio equipment on stages offers excellent stability. They are both stable and wind-resistant, allowing heavy equipment to be installed securely, minimizing vibration or displacement during performances to the greatest extent. At large concerts, they form the core structure of lighting stands, making multi-angle light projection possible.

The transportation of round tube trusses requires strategic planning based on their structural characteristics, dimensional specifications, and operational scenarios, while balancing safety, cost-efficiency, and logistical speed. Given their modular design, these trusses are typically disassembled into individual tubes, connectors, and other components prior to shipping to minimize bulk. For oversized or irregularly shaped Truss sections, segmental cutting must align with the carrying capacity of transport vehicles to avoid over-length violations.

Surface protection is critical—components are wrapped in bubble film or waterproof tarpaulins to prevent scratches or corrosion caused by collision/friction during transit. Secure fastening systems utilizing ropes, buckles, or specialized racks ensure parts remain immobilized inside vehicles, eliminating shifting risks on uneven roads. Components should be systematically stacked by size and model number, with identical specifications grouped together. This not only streamlines loading/unloading and subsequent assembly but also minimizes compressive damage between items during transportation