Technology ILED display screen in energy saving and environmental protection of the four major technologies

83 views admin 2024-07-19

With the continuous development of science and technology, LED display screen has been widely used in life, but not everything is as people wish. LED display screen often has environmental problems in the process of use. What are the advanced technologies of LED display screen in energy saving and environmental protection?

01 Brightness adjustment technology In order to adapt to different weather and make the display screen achieve the best display effect, the LED electronic display screen is specially designed with a 256-level brightness adjustment device to ensure that the entire LED display screen can achieve the best display effect in various environments.

02 Special protection technology for environmentally friendly materials Using environmentally friendly materials, after special processes, without glue filling, the LED display screen module can achieve the environmental protection purpose of being waterproof, dustproof and UV-proof. When choosing display screen products, customers need to clarify their own needs for LED display screens, such as the application place of the product, environmental analysis, and expectations for the product. Only by analyzing various reasons can they choose the right product. 03 Strong convection heat removal system When the LED display screen is working, the screen body emits a high amount of heat. In order to ensure that the entire display screen system runs in a stable state and the expected value of the product, a comprehensive analysis of various reasons can be conducted to select the right product.

03 Soldering process If the temperature rise of reflow soldering is too fast, it will lead to uneven wetting, which will inevitably cause the device to shift during the wetting imbalance process. Excessive wind circulation will also cause the device to shift. Try to choose a reflow soldering machine with more than 12 temperature zones, and strictly control the chain speed, temperature rise, and circulating wind force, so as to meet the welding reliability requirements and reduce or avoid the displacement of the device, and try to control it within the required range.