PT33-T39 triangle 50×2 tubes aluminum stage truss

PT33-T39

4.7kg (10.45Ib)

3-way vertical T-junction

0.743x0.5m (2.44x1.64ft)

Product Details

This premium triangle truss is meticulously designed for professionals who require a reliable, space-saving rigging solution without compromising on safety. Manufactured from high-grade aluminum alloy with a precise 2mm wall thickness, the 50mm main tubes provide a robust framework capable of supporting lighting fixtures, LED screens, and promotional banners. The triangular geometry not only offers a modern, high-end look but also provides excellent resistance against twisting forces.

To ensure your installation adheres to strict industry standards, we recommend reviewing our comprehensive load capacity analysis. This technical data is essential for determining the maximum span and weight limits for your specific configuration. Whether you are building a permanent installation or a temporary touring rig, following a certified installation methodology is crucial for maintaining a secure environment.

For those planning specialized outdoor setups, understanding how to plan a modular stage system can significantly streamline your logistics. Additionally, if your project involves overhead rigging, our guide on how to hang stage trusses provides vital industry best practices for secure attachment. This modular triangle system is a versatile choice for exhibitions, retail displays, and elite performance environments.

Frequently Asked Questions (FAQ)

1. What are the main benefits of using a triangle truss profile?A triangle truss offers a unique aesthetic that can be oriented "apex up" or "apex down" to suit your design. It is significantly lighter than square trussing, making it more cost-effective for shipping and easier for small crews to handle, while still maintaining high structural rigidity for medium-duty loads.

2. Is this aluminum truss suitable for outdoor environments?Yes. The high-grade aluminum alloy is naturally resistant to corrosion and oxidation. To ensure long-term performance, we recommend a regular maintenance schedule to inspect connection points and ensure the hardware remains in top condition after exposure to the elements.

3. How do I calculate the weight limit for a specific span?The load-bearing capacity depends on the length of the span and whether the weight is a single point load or uniformly distributed. You should always consult our technical load tables and engineering documents to ensure your lighting plot remains within certified safety margins for your specific configuration.