FT23-T36
2.1kg (4.65Ib)
3-way horizontal T-junction
0.5m (1.64ft)
What is the FT23-T36 Triangle Truss used for?
The FT23-T36 is a 0.5m triangular aluminum truss designed specifically for creating stable 3-way horizontal T-junctions. Utilizing amodular design, this component allows event planners to build complex, multi-directional frame systems for exhibitions and stage performances without compromising on weight or ease of assembly.
Product Detailed Description
The FT23-T36 model is an essential building block for advancedtruss systems. Crafted from high-quality 35x2mm aluminum tubing, this 0.5m triangle truss section is engineered for precision and durability. Its 3-way horizontal T-junction allows for creative geometric layouts, making it highly effective for both decorative architectural installations and functionalconcert & event stage solutions.
As a specializedstage manufacturer, Dragon Stage ensures that the FT23-T36 meets the rigorous demands of the touring industry. The lightweight 2.1kg frame significantly reduces shipping costs and setup time, while the triangle profile offers a sleek, modern aesthetic that enhances the visual impact of your lighting fixtures and branding materials.
FAQ
Q1: What is the benefit of the horizontal T-junction on the FT23-T36?
A1: The horizontal T-junction allows you to branch off your main truss line at a 90-degree angle on a horizontal plane. This is ideal for creating cross-beams in booth designs or adding secondary support rails for lighting and banners.
Q2: Is the 35mm tube compatible with standard clamps?
A2: Yes, the 35mm tube is a standard size for decorative and light-duty trussing. Most professional lighting clamps designed for 35mm diameters will fit perfectly on this section.
Q3: Can this truss be used in permanent installations?
A3: Absolutely. While its light weight of 2.1kg makes it perfect for temporary events, the high-grade aluminum construction ensures it is durable enough for permanent use in clubs, retail stores, or television studios. For long-term safety, we recommend periodicload analysisof the entire structure.
