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LED UV-365 Lights
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| Products |
Our UV-365 LED lights will not degrade since we use glass lens.
Other UV lights that are built with multiple T-13/4 epoxy-encapsulated UV LED lamps will degrade 50% after 500
hours because the epoxy encapsulation turns yellow after exposed to the UV light.
Our UV-365 LED lights will not have significant wavelength shift even at high current of 1200mA because
the LED chip is direclty alloyed onto the copper base and the heat generated from the chip is efficiently
drained.
Other epoxy-encapsulated UV LED light will shift to a much longer wavelength (the high the current, the longer the
wavelength) after being on for a few seconds because heat generated from the LED chip becomes trapped, and the
temperature of the LED chip will rise to over 125 degree C in only a few seconds.
Other UV lights that are built with multiple T-13/4 epoxy-encapsulated UV LED lamps will degrade 50% after 500
hours because the epoxy encapsulation turns yellow after exposed to the UV light.
Our UV-365 LED lights will not have significant wavelength shift even at high current of 1200mA because
the LED chip is direclty alloyed onto the copper base and the heat generated from the chip is efficiently
drained.
Other epoxy-encapsulated UV LED light will shift to a much longer wavelength (the high the current, the longer the
wavelength) after being on for a few seconds because heat generated from the LED chip becomes trapped, and the
temperature of the LED chip will rise to over 125 degree C in only a few seconds.