event truss

Modular Design: The display stand features a modular design, allowing for easy assembly, disassembly, and reconfiguration without the need for specialized tools. Truss sections can be connected using standard connectors, enabling flexibility in creating various configurations to suit different exhibit layouts and space requirements. Modular construction facilitates scalability, enabling exhibitors to expand or modify their displays as needed for different events or marketing campaigns.

Lightweight: Aluminum trusses are significantly lighter than their steel counterparts, making them easier to transport, handle, and install. This is particularly beneficial for temporary structures like those used in fashion shows, where quick setup and teardown are crucial. Durability: Despite being lightweight, aluminum trusses are still robust and durable. They can withstand the rigors of outdoor events, including exposure to varying weather conditions, without compromising on structural integrity.

Truss Structure: constructed from aluminum, ensuring durability and stability. Curved truss segments are custom-designed to create an elegant and visually striking roof structure, adding a touch of sophistication to any event setting. Specialized junctions and connectors securely join truss segments, providing structural integrity and support for the entire stage system. Base plates are strategically positioned to provide stability and support, even on uneven terrain.

Truss System: The truss system consists of modular aluminum or steel trusses that can be assembled to create the desired size and shape. These trusses are designed to withstand heavy loads and provide a stable platform for hanging lighting fixtures, audio equipment, and visual displays. typically comprises various types of truss segments, including straight segments, corners, and junctions, which are assembled using specialized connectors. Truss segments are available in different lengths and configurations to accommodate the specific layout and requirements of the concert venue.

Sturdy Construction: Crafted from high-quality aluminum, this truss system offers exceptional strength and stability, capable of supporting heavy lighting fixtures and equipment without compromising safety. Specifications: Dimensions: 40x30x30ft Material: Aluminum Weight Capacity: Designed to support heavy lighting and sound equipment Packing Weight: 1100kg Packing Volume: 12cbm

Modular Design: The modular design of the system allows for easy customization and scalability. Individual truss sections can be quickly assembled and disassembled, enabling the creation of various roof configurations to fit the specific needs of each event. This flexibility makes the system adaptable to various exhibition layouts and sizes. The 9x5x4m aluminum exhibition truss system comprises prefabricated aluminum trusses that are easily assembled on-site. The trusses are typically constructed from high-grade aluminum alloys. The system's modular design allows for flexibility in configuration, enabling it to adapt to various exhibition hall layouts and requirements. Flexibility: The modularity of the system enables customization to suit specific exhibition hall layouts and configurations. The trusses can be easily extended or modified to accommodate different roof shapes and sizes.

The use of iron and steel lifting moving Layher truss frames has become increasingly popular for concert and festival performances. They are a versatile, strong, safe, and cost-effective solution for concert and festival performances.

Main Trusses: These are the primary horizontal beams forming the roof structure. In this case, you'd likely have several long trusses measuring 15 meters each, spanning the width of the structure. These main trusses provide the framework for the roof and support its weight. Roof Trusses: These are additional trusses that run perpendicular to the main trusses and provide support for the roof covering. They typically form the triangular or rectangular grid pattern on top of the main trusses. Roof trusses help distribute the weight of the roof evenly across the structure and provide stability.