[UVLED] Talk About the Choice of UVLED Solid Furnace
2023-02-09
Tianhui
94
With the promotion of the UVLED curing device application, the UVLED furnace is gradually loved by customers. The UVLED curing furnace is mainly divided into a drawer UVLED furnace, a microwave -furnace UVLED furnace, and a conveyor belt -type UVLED furnace. ) Optimize combinations through a certain structure to form a reliable, safe and compact overall curing equipment. Customers can quickly put them into use after receiving the equipment. Draw -type UVLED CICF: It is mainly suitable for occasions where the curing time, the area or the volume of the solidification product is relatively small, or the need for a batch of products to be carried on the tray or the cure. It is mainly used in scientific research units, camera industry, electro -acoustic industry, sensing industry, semiconductor industry, etc. Draw -type UVLED CICF microwave -type UVLED furnace: It is mainly suitable for occasions with longer curing time, relatively large or volume of the volume, irregular product shape, and relatively small quantity. Mainly used in scientific research units, 3D printing, LCD industry, UV materials research and development, etc. Microwave stove -type UVLED furnace conveyor -type UVLED furnace: It is mainly suitable for occasions with short curing time, relatively flat product shape and radiation parts, high efficiency requirements, large -scale production occasions. Mainly used in large -scale production of 3C products or photoelectric products, new energy products, etc. The UVLED furnace of Tianhui, a conveyor belt -type UVLED furnace, uses imported UVLED lamp beads, high -quality constant streaming, and better heat dissipation design. It has the advantages of compact structure, high reliability, and high stability.
UV LED diodes have become prevalent in an assortment of applications, including disinfection, industrial curing, and specialization light. Their value arises from their capacity to deliver accurate and efficient UV light tailored to individual requirements. Classical mercury lamps, which have been performing comparable roles, are steadily being replaced with UV LED diodes since of their greater performance and eco-friendliness. This article explains why UV LED diodes are an excellent choice for current applications.
The sole UV light source that could start the UV curing process forty years ago was mercury-based arc lamps. Even though Excimer lamps and microwave sources have been invented, the technology has not changed. Like a diode, an ultraviolet light-emitting diode (LED) creates a p-n junction using p- and n-type impurities. Charge carriers are blocked by a junction boundary depletion zone.
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