Heavy-Load Bearing & Stable Construction, Supporting Grand Events: Core Advantages of Heavy Duty Aluminum Stage Truss Whether for hanging heavy-duty lighting matrices at large concerts, supporting giant LED screens at stadium events, or building display frames for heavy equipment at industrial exhibitions, the Heavy Duty Aluminum
stage truss breaks through the load limitations of traditional aluminum trusses with its core features of "ultra-high load-bearing capacity + durability". It can also seamlessly connect with diverse stage components, serving as a "high-strength support" for heavy-load scenarios.
1. Core Heavy-Duty Advantage: High-Strength Material, Worry-Free Load-BearingBased on
aluminum truss, the Heavy Duty Aluminum Stage
Truss is upgraded with high-strength aluminum alloy material. Through thickened pipes and reinforced joint design, its load-bearing performance is comparable to that of the
Steel Truss System of the same specification, while only retaining half the weight of steel. This not only avoids the cumbersome transportation problem of steel trusses but also stably supports heavy equipment weighing 800-2000kg, making it suitable for heavy-load scenarios such as large-scale performances and industrial exhibitions.
This truss shares standardized load-bearing interfaces with Aluminum Stage Truss and can be flexibly spliced into heavy-duty support structures such as portal shapes and matrix shapes. Whether hanging multi-layer lighting frames, fixing giant backdrops, or building display platforms for heavy equipment, it can maintain structural stability, eliminate the risk of deformation, and ensure the safe implementation of large-scale events.
2. Full-System Compatibility: Seamless Connection with Mainstream Heavy-Load Stages
Deeply compatible with the Aluminum Alloy Plug-in Stage, the Heavy Duty Aluminum Stage Truss can be connected to the reinforced interfaces of the plug-in stage via dedicated load-bearing connectors, forming an integrated support system of "ground stage + heavy-duty overhead truss". For example, at large music festivals, heavy-duty trusses can be built above the plug-in stage to hang multi-layer LED screens and lighting matrices, meeting the load-bearing needs of high-density equipment.
As a heavy-load partner of the
Raya Stage System, this heavy-duty truss can synergize with the high-strength snap structure of the Raya stage. When used with the reinforced support of
Raya Scaffolding, it can build multi-layer heavy-duty stages or high-altitude maintenance platforms. For instance, at stadium events, it can be combined into a "Raya Stage + Heavy-Duty Truss Backdrop" structure to support giant event slogans and scoreboards, adapting to the complex construction needs of large venues.
3. Flexible Scene Expansion: Covering Both Heavy-Load and Ultra-Heavy-Load Needs
For regular heavy-load scenarios (such as large decorative frames for mall anniversaries, lighting and audio support for medium-sized concerts), the Heavy Duty Aluminum Stage Truss can be used independently. With its high-strength feature, no additional reinforcement is required, and 3-4 people can complete the setup, balancing load-bearing performance and construction efficiency.
To meet ultra-heavy-load needs (such as display frames for heavy machinery at industrial exhibitions, support for multi-layer lifting stages at large galas), it can be combined with the Steel Truss System. The steel truss serves as the core load-bearing framework, while the heavy-duty aluminum stage truss is responsible for auxiliary support and shape extension. For example, at auto shows, steel trusses can be used to fix vehicle display platforms, and heavy-duty aluminum trusses to build surrounding decorative frames. This not only meets ultra-heavy-load requirements but also reduces the overall structural weight, adapting to the load limitations of large venues.
Wuxi Zhongshengwei Metal Products Co., Ltd.
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