[UVLED Application] More Microelectronics Industries Choose Tianhui's UVLED Curing Machine
2022-09-19
Tianhui
98
In addition to mature applications in the medical, optical, printing and other industries, UVLED curing technology is also widely used in microelectronics. Compared with the traditional thermal solid, UVLED curing technology has many advantages, such as reducing processing time, low surface temperature of cold light sources, small equipment occupied by the equipment, convenient operation, etc. There are mainly the following advantages: 1. It belongs to the cold light source, without heat radiation (the surface temperature of the exposure product is only about 3 degrees, it will not deform). 2. The service life of this product is long, and the service life is not affected by the number of switches (about 25,000 to 30,000 hours). 3. Fast curing time (500ms-5s) According to the characteristics of the ink, and the effect is good, there will be no phenomenon. 4. The irradiation area is uniform, the range is wide, and the area can be solidified in large areas. 5. Energy 髙, the light output is stable, use it without preheating, it can reach 100%power ultraviolet output, the irradiation area can reach 3600MW/CM26. The volume is small, easy to carry (convenient installation, can easily integrate to the fully automatic production line to the fully automatic production line In the device). 7. Small calories, which can be completely solved by mercury lamp injection or printing equipment, and cannot print PT, PET materials and other problems. 8. It does not contain toxic substances 'mercury', which is safer and environmentally friendly than traditional light sources. 9. Electricity (power consumption is only 10%of the traditional mercury lamp curing machine, which can save 90%of the power). UV adhesives have been widely used in the microelectronics industry with low contraction rates and aging resistance. UV optical curing application of the microelectronics industry: 1. The fixation of the middle wire and coil in the motor and component assembly, as well as the end of the wiring coil, and the PTC/NTC component bonding and protecting the transformer magnetic core. 2. Gold wire fixing, bearings, coils, chip bonding, etc. 3. Marshand, lens bonding, and circuit board reinforcement, etc. in mobile phones or digital cameras. 4. Camera lens, handset, microphone, shell, LCD module, touch screen coating, etc. 5. Semiconductor chip anti -humid protection coating, etc. 6. UV curing in the production process of various sensors. For the microelectronics industry, Tianhui can not only provide UVLED cold -light solidifiers, but also provide customers with a complete solid solution. Tianhui, as a manufacturer that devoted himself to studying and manufacturing UVLED solid machines, is committed to providing customers with a complete solid solution. The product has standard products, or you can customize the product according to customer needs. If you have the needs of UVLED solidification, you can contact Tianhui's official website online customer service, or to inquire and communicate, tianhui will serve you wholeheartedly.
UV LED technology has revolutionized the printing industry, offering a safe and efficient alternative to traditional printing methods. One of the most significant advantages of UV LED technology is its ability to produce high-quality prints with low-migration properties.
UV LED printing system is a cutting-edge technology that has revolutionized the printing industry by offering faster printing speeds, improved print quality, and increased energy efficiency. However, like any technology, it has its own pros and cons.
The quantity of framework suppliers, formulators, and OEM machine manufacturers supporting these applications extends alongside the rundown of functional UV LED utilizes. This consistent ascent empowers UV LED innovation's future in the business.
UV LED curing transforms inks, coatings, adhesives, and other photo-reactive materials into immediately fixed-in-place solids through polymerization using efficient electron ultraviolet (UV) light. In contrast, "drying" solidifies chemistry by absorption or evaporation.
The UV light utilized nowadays is traditionally produced by UV lamps based on mercury vapor for numerous industrial and medicinal uses. It has long been established that certain UV light waves have a severe germicidal effect, causing irreparable damage to DNA and RNA in microorganisms like viruses, bacteria, and fungi.
Considering how technology is reshaping the market, the printing sector is thriving more than ever. Businesses are currently creating new methods for printing ideas and enhancing collateral, demos, and other types of media.
The Coronavirus outbreak has significantly disrupted society's ability to function normally and people's daily lives by making them fearful of being touched by microorganisms.
Recently, some customers want to use UVLED coatings to apply on the product and put the reaction process in a special environment. Considering that workers cannot op...
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