With the continuous iteration and upgrading of UV LED technology and the acceleration of industrialization, the application boundaries of deep ultraviolet LED products have been continuously expanded, and have successfully covered diversified market fields such as sterilization and purification, photomedicine, and plant lighting. In the light curing market segment, the introduction of deep ultraviolet LED technology can significantly improve the quality stability and process reliability of products, create higher value returns for downstream customers, and become an important driving force for promoting industry technological innovation and industrial upgrading.
Curing: Benefiting from the steady growth of demand in the curing market, such as inkjet printing, offset printing, 3D printing, resin/adhesive curing, etc. In the long run, as UV-B/C LED technology matures, it will have the opportunity to enter the curing market, reduce oxygen inhibition, and enhance the quality stability of curing products.
Photocatalytic Air Purification: UV-A LED combined with photocatalytic technology can achieve air purification function, and can also achieve sterilization function after long-term use. It is stably used in refrigerators, air conditioners, wardrobes, lighting and other home appliances.
Medical, life sciences, bio-sensing: The advantages of miniaturized light sources can be fully applied to small portable phototherapy products. As UV-B LED technology matures, medical equipment manufacturers are seen using UV-B LEDs and obtaining relevant medical certifications.In
addition, UV-A / B / C LEDs can be used in medical, life sciences, and biosensing.
Disinfection / Purification: The mass production schedule of new models for air conditioning / air purification and dynamic water disinfection applications has been postponed to 2025-2027. Compared with UV lamps, the advantages of UV LEDs are longer life and simple optical design.
Your message must be between 20-3,000 characters!
