The WTC LED background frame system consists of four major parts: the bottom beam, the columns, the cross beams, and the roof columns. The main body adopts the TT45 series and TS45 series pin-type straight trusses. Each component is precisely connected by pins, which makes it stable, solid, and easy to move. It is particularly suitable for performances, exhibitions, and temporary events that require quick scene changes.


The beam section is a custom-made TS45 pin-type straight frame for suspending LED large screens. It is equipped with five internal reinforcing main pipes, significantly enhancing the overall load-bearing capacity and bending resistance. It can safely support large-area and heavy LED display screens, ensuring the screen is flat, stable and not prone to shaking.

The base is equipped with adjustable feet that can be fine-tuned in height, allowing it to flexibly adapt to different ground conditions. Even on slightly uneven surfaces, the feet can be adjusted to better fit the ground, enhancing the overall stability and safety of the system.

The crossbeam is specially designed with reinforced crossbars. Besides supporting the LED screen, it can also directly suspend sound amplification equipment such as speakers, achieving an integrated hoisting of sound, light and electricity and optimizing the stage space layout.

The WTC LED background frame is specifically designed for suspending heavy equipment such as large screens and audio systems. Made of high-strength aluminum alloy, it achieves a relatively lightweight overall structure while maintaining excellent load-bearing performance, meeting the requirements of various scenarios including performances, large-scale exhibitions, and press conferences.

Its modular design can be flexibly combined to adapt to a variety of complex construction schemes, providing solid support for various stage visual systems. It is the preferred choice in event construction that balances safety, aesthetics and cost-effectiveness, helping to present a wonderful and professional stage effect.