Visit：1393   Date：2024-01-25

Compared to other sterilization methods such as chlorination, ozone, and ultraviolet mercury lamp sterilization, deep ultraviolet LED sterilization has many advantages:
Efficient sterilization, the UVC segment of ultraviolet light emitted by deep ultraviolet LEDs generally has a killing effect on bacteria and viruses within a few seconds. Traditional water sterilization methods such as chloride and ozone generally take 20 minutes to 1 hour to achieve deep ultraviolet sterilization efficiency;
Widely bactericidal, due to the lack of resistance of microorganisms such as bacteria and virus antigens to ultraviolet light, deep ultraviolet light can efficiently kill almost all bacteria and viruses. In addition, deep ultraviolet LED sterilization technology can also to some extent inhibit the growth of higher aquatic organisms, such as algae, red worms, paramecium, etc;

UV sterilization mechanism
Safe and environmentally friendly (mercury free), the most obvious advantage of deep ultraviolet LED devices compared to mercury excited ultraviolet lamps currently on the market is that their sterilization light source does not contain mercury. Mercury is a heavy metal substance, commonly known as mercury, which can evaporate at room temperature. Mercury vapor and mercury compounds are highly toxic (chronic). Traditional ultraviolet mercury lamps can cause serious water pollution if the lamp tube ruptures during the sterilization process. Deep ultraviolet LED devices are a safe and reliable device that does not contain heavy metals, with simple operation and safe and reliable operation;
Energy saving, long lifespan, and low maintenance cost, deep ultraviolet LED sterilizers are gradually replacing the common mercury lamp ultraviolet sterilizers on the market. One of the important reasons is that ultraviolet LEDs have low power consumption and are very energy-saving. The power of deep ultraviolet LEDs is about one tenth of that of mercury lamps, which greatly saves costs;
Small in size, flexible in design, and easy to install, the deep ultraviolet LED device has a small volume, and its sterilization device design is flexible, which can be applied in narrow spaces where traditional ultraviolet mercury lamps cannot be applied.