Aiming at the different requirements of sterilization and purification, health care, industrial manufacturing and other scenes for the light power, light angle and service life of deep UV LED, deep UV technology has launched multi band and multi light power single / module light source products to meet the personalized needs under different application scenarios.
Focusing on market segmentation, deep UV uvc-led enables traditional disinfection industry and brings value to consumers
The official document and help center provides the search of main product documents and common questions such as deep ultraviolet LED lamp beads and deep ultraviolet LED modules. We will constantly add, update and optimize, so that users can better use our products.
Help enterprises and start-ups from all walks of life successfully introduce deep UV LED products, and enjoy the safety, efficiency improvement and business breakthrough brought by new sterilization and disinfection technology.
Provide support plans for different types of enterprises, and professional technical services covering the whole cycle before, during and after use, so as to make the introduction of uvc-led products more efficient
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Promote the development of innovation and technology of deep UV uvc-led industry, and promote the industry news dissemination.
High quality UVC / UVB deep UV LED manufacturer, products are used in water, air, surface sterilization and other scenes, from the "core" to define a healthy life.
Last updated: 21:31:17, February 21, 2020
0It is well known that the sterilization effect of deep UV LED is affected by the efficiency of UV LED, UV dose e (UJ / cm)2)=Average optical power (UW / cm2)X time (s), the conversion formula between average optical power density and optical power is
Calculation formula of surface average optical power density
It can be seen from the formula that the luminous angle is inversely proportional to the average optical power density of the object surface. The larger the luminous angle is, the lower the average optical power density of the object surface is. We use TracePro to simulate the luminous flux distribution of l280-qsc1f30a700 and l280-qsc1f30a700-120 ° at 6cm, as shown in the following figure:
Light field distribution of l280-qsc1f30a700 and l280-qsc1f30a700-120
At the same time, two kinds of light angles are compared by using ata-led626 led distribution photometer. See the product specification of DUVTek for details. It should be noted that in different application environments, we need to calculate the uvc-led irradiation range at different distances, and then design the optical angle.
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