[OLED Industry Application] TIANHUIUIUVLED CICS Light Source Is Used in the OLED Industry

Organic lighting diode (OLED) device is receiving increasing attention and known as "the future of the display". Compared with LCD, OLED display has several advantages, including simpler structure, better power and lighter, better image quality and faster response time, etc. One of the most exciting features of the OLED display is flexibility, which is essential for bending/ foldable display equipment. It is very attractive for customers and industries in the near future. However, in fact, even a small amount of atmospheric humidity and oxygen are very easy to oxidize OLED materials. Therefore, it is very important to protect the sensitive OLED materials from the blocking or sealing layer of oxygen and water. As shown in the figure above, the use of cover glass is traditionally used as a packaging of rigid glass substrate OLED. The glass cover must be permanently bonded on the glass substrate to protect the active OLED layer. This is achieved by allocating ring oxygen resin on the edge of the glass and using Tianhui's UVLED solid light source to curing epoxy resin, and the edge sealing of the two glass surfaces is achieved. Why use Tianhui's UVLED solidified light source? Because, the UVLED curing light source of Tianhui Technology has some characteristics: 1> Tianhui's UVLED curing light source is uniform, and the uniform radiation amplitude can greatly improve the quality of the product curing quality 2> Tianhui's UVLED solid light source can be tailored according to the actual process of the customer. Customized, non -standard design, optimal curing 3> Tianhui's UVLED curing light source uses new UVLED lamp beads as a light source, which does not produce infrared and calories, low temperature curing to maximize the damage of materials and equipment 4> UVLED of Tianhui UVLED The curing light source can be designed according to the needs of the customer. The displacement area can be large or small, covered with large area, and meets the requirements of high throughput