Violeds
UV ray is a light energy with a shorter wavelength (200-400 nm) than visible light. As it is situated in the violet color domain of visible light, it is referred to as ultraviolet (UV) ray and is classified into 3 categories, namely, UVC, UVB and UVA according to its wavelength range.
Energy Efficiency
UV LED is significantly more energy efficient than the existing mercury lamps and provides the same, if not higher, UV output.
UV LED converts electrical energy into UV at a higher efficiency than mercury lamps, while mercury lamps generate heat energy in addition to UV, which results in energy losses. UV LED also emits UV light immediately when electric energy is supplied, thereby eliminating the need for warm-up or cooling time, which not only saves operating costs but also reduces carbon emissions due to energy savings in the process of UV uses.
UV LED is significantly more energy efficient than the existing mercury lamps and provides the same, if not higher, UV output. UV LED converts electrical energy into UV at a higher efficiency than mercury lamps, while mercury lamps generate heat energy in addition to UV, which results in energy losses. UV LED also emits UV light immediately when electric energy is supplied, thereby eliminating the need for warm-up or cooling time, which not only saves operating costs but also reduces carbon emissions due to energy savings in the process of UV uses.
Long Lifetime
UV LED can be used for prolonged period of time of more than 20,000 hours. In contrast, mercury lamps have a limited lifespan and need to be replaced regularly, which signifies the need for temporary discontinuation of the production process.
Long Lifetime
UV LED can be used for prolonged period of time of more than 20,000 hours. In contrast, mercury lamps have a limited lifespan and need to be replaced regularly, which signifies the need for temporary discontinuation of the production process.
Reduced heat generation and improved operational safety
UV LEDs generate less heat than mercury lamps, reducing the risk of heat damage to produced products and increasing productivity. They create a safer and more efficient working environment, preventing the risk of burns for workers
Application areas
UV LEDs are being applied in various fields, from household appliances to automotive and industrial equipment.
Elevator Disinfection
Refrigerator Disinfection, Deorderization
Spatial Disinfection (Lighting+UVA)
Air Conditioner purification, Disinfection
Bidet Disinfection
Curing (Industrial, 3D Printer, Printing)
Dishwasher Disinfection
Water Dispenser Disinfection