LED rental screen construction how to ensure safety

With the expansion of LED display applications, LED rental screens are widely used in various concerts, auto shows and other performances and exhibitions. While LED displays are widely used, their hidden safety hazards cannot be ignored. So, how can we ensure the safety of LED rental screen construction?

To avoid such things from happening, the user should deal with the following two aspects:

First of all, the user should choose a light, thin and easy-to-install LED rental screen cabinet. The weight of the box directly affects the load-bearing capacity of the display screen. When the weight of the entire LED stage rental screen exceeds the bearing capacity of the steel frame, it is very easy to induce accidents. The weight of the LED rental screen box is related to its box material. The iron box is heavier and has now been basically eliminated. The application of new materials such as carbon fiber, magnesium alloy, and nano-polymer unique materials can be greatly reduced. The weight and thickness of LED display products. The light and thin LED display box is not only conducive to the installation and maintenance of the product, but also reduces the load of the building and truss, and improves the safety of the construction.

Secondly, the user should ensure the stability of the steel structure. When building the LED stage rental screen, the user should choose a formal construction team that meets the engineering safety standards, and ensure the rationality of the steel frame structure. During the construction work, the construction team should avoid the influence of external factors such as strong wind on the steel frame structure. In order to ensure the safety of stacking and hoisting, LED display rental companies must strictly abide by the relevant regulations on the maximum number of layers for stacking and hoisting, and do not exceed the limit and cause potential safety hazards. At the same time, it is also very important to choose the correct installation method and high-quality building materials, which can avoid the occurrence of safety accidents to the greatest extent.