Modular Quick-Assembly Truss System

Modular Quick-Assembly Truss System: Unlock New Efficiency in Stage Construction

Whether for large-scale performances, exhibition setups, or event backdrops, the Modular Quick-Assembly Truss System delivers efficient and stable performance, serving as the core support for scene construction. It is compatible with a variety of supporting products, easily adapting to the needs of different scenarios, making the construction process more hassle-free and the results more professional.

1. Material & System: Balancing Lightweight and Sturdiness
The Aluminum Alloy Plug-in Stage perfectly pairs with aluminum truss. The lightweight material yet strong load-bearing capacity allows a single person to complete basic assembly, significantly reducing labor costs.
Compared with the traditional Steel Truss System, this modular system is over 40% lighter, greatly improving transportation and construction efficiency while retaining stability comparable to steel trusses.
The core component, Aluminum Stage Truss, is forged from high-strength aluminum alloy, featuring rust and corrosion resistance. It can be used stably for a long time, whether in indoor venues or outdoor open-air scenarios.

2. Scene Adaptation: Covering Diverse Construction Needs
As a core partner of the Raya Stage System, the modular quick-assembly truss can quickly build various shapes such as stepped stages, T-stages, and main stages, meeting the visual needs of different events like concerts, product launches, and weddings.
When used with Raya Scaffolding, it can extend into high-altitude lighting frames, backdrop frames, and audio suspension frames, realizing integrated construction of "stage + auxiliary facilities" without the need for additional adaptation to other systems.
From simple backdrops for small events to complex stage structures for large-scale events, the system can flexibly adjust its size and shape through modular splicing, breaking the "fixed specification" limitation of traditional trusses.

3. Core Advantages: Quick Assembly, Durability, and High Adaptability
Quick Assembly & High Efficiency: The modular design and lightweight aluminum alloy material reduce construction time by 50% compared with traditional trusses. No complex tools are required, and even beginners can get started quickly.
Durability & Stability: The Aluminum stage truss has passed load-bearing tests, with a single truss capable of bearing over 300kg. Combined with the locking structure of the Aluminum Alloy Plug-in Stage, it provides more guaranteed safety in use.

Full-Scenario Adaptability: It is not only compatible with the Raya Stage System and Raya Scaffolding but also can be used with the traditional Steel Truss System, enabling seamless connection between new and old equipment and reducing upgrade costs.

I. Core Materials of Raya Scaffolds: From Basic to High-Strength Options

The material of a Raya scaffold directly determines its load-bearing capacity, corrosion resistance, and service life. Mainstream materials are divided into two major categories: steel and aluminum alloy, which should be selected based on scenario needs:

1. Steel Materials Raya Stage System

Steel is the most commonly used material for Raya scaffolds, with core advantages of high rigidity and large load-bearing capacity. It is suitable for heavy-load scenarios Raya modular stage system. The main subdivided types are:

Q235 Low-Carbon Steel

As the basic material in the industry, it has a yield strength of 235MPa and a tensile strength of 375-500MPa. It has good weldability and ductility, and can meet most medium-to-low load scenarios Raya portable stage.

Its surface is usually treated with hot-dip galvanization Raya quick-assembly stage to improve rust resistance, making it suitable for dry or slightly humid indoor and outdoor environments Modular Quick-Assembly Raya Truss.Disadvantage: Heavy self-weight Modular stage platform, requiring more labor for handling and construction.

Q355 Low-Alloy High-Strength Steel

As an upgraded material, it has a yield strength of 355MPa and a tensile strength of 470-630MPa. Its load-bearing capacity is 30%-50% higher than that of Q235 steel, making it suitable for heavy-load scenarios Modular Quick Assembly Truss System.

Its surface is also mainly hot-dip galvanized; some high-end products are treated with powder electrostatic spraying Lightweight Quick Assembly Truss, which has stronger weather resistance and can be used in humid environments such as rainy areas and coastal regions.

Feature: Under the same load-bearing requirements, it can reduce the number of vertical poles, lower construction density, and improve space utilization.