FT23-C22 triangle tubes 35×2 stage truss

FT23-C22

2.2kg(4.80lb)

2-way 120°corner

0.5m (1.64ft)

35×2(1.4×0.08inch)

What makes the FT23-C22 Triangle Truss ideal for custom event structures?

The FT23-C22 is a 0.5m aluminum truss component specialized for creating 2-way 120-degree junctions. Built on a flexiblemodular design, it is perfect for constructing hexagonal or circularexhibition boothdesigns. It offers an excellent balance of lightweight portability (2.2kg) and industrial durability, allowing professionals to build stable, non-rectangular frames with ease.

Product Detailed Description

The FT23-C22 model is a high-performance corner solution from Dragon Stage, a world-classstage manufacturer. Crafted from durable 35x2mm aluminum alloy, this 0.5m triangle truss section is specifically designed for 120-degree intersections, enabling the creation of intricate geometric patterns inconcert & event stage solutions.

At just 2.2kg, the FT23-C22 is exceptionally easy to transport and assemble. Whether you are building a branding display or a specialized lighting grid, this component provides the structural reliability needed for complex environments. Its precision finish and robust welding reinforce why event planners worldwide trustDragon Stage reliabilityfor their most critical installations.

FAQ

Q1: Why should I choose a 120° corner instead of a standard 90° corner?

A1: A 120° corner allows you to create hexagonal structures or soft-angled curves, which are essential for creative booth designs and large-scale circular truss systems that a 90° angle cannot accommodate.

Q2: Is the FT23-C22 compatible with other 35mm tube trusses?

A2: Yes, it is fully compatible with our FT23 series. While the 35mm tube is an industry standard for decorative trussing, we recommend using matching Dragon Stage parts to ensure perfect alignment and structural safety.

Q3: Can this truss section support heavy moving head lights?

A3: The FT23 series is designed for light-to-medium duty. For specific equipment loads, we recommend a professionalload analysisto ensure your overall structure remains safe and stable during the event.