QSC 2-4mW 270nm 275nm 280nm Deep UVC Ultraviolet UV Sterilizing Lamp 60°120°

QSC 2-4mW UVC Ultraviolet UV Sterilizing Lamp is a deep UVC UV LED device that can emit 280nm ultraviolet light. It uses high thermal conductivity packaging materials, has the advantages of high reliability, low thermal resistance, light Angle adjustable, and so on, is an ideal deep UV light source chip device.

When purchasing, please note whether welding is required. The welding substrate is charged according to the market price, which is not too expensive.

Photoelectric Parameter of Bacteriocidal UVC UV LED Lamp Beads for Disinfection :

(Ta=25℃，RH=30%)

Maximum Rating of Antiseptic UVC Ultraviolet Disinfection Lamp for Sterilization :

(Ta=25℃，RH=30%)

Remark:

1.Light power refers to the total light output power collected using the integrating sphere (ATA-1000 in the distance of Hangzhou)

2.Thermal resistance refers to the total thermal resistance value from the power area of the chip to the patch solder

3.All data are based on the results of the deep ultraviolet technology test instrument, but some values may be slightly different depending on the conditions of the test equipment.

Bactericidal effect test of Bactericidal UVC Ultraviolet LED Lights Kill Bed Bugs :

Application for Sterilized UVC UV Light Emitting Diode killing Virus :

1. Surface sterilization : all objects in direct and indirect contact with the human body, their surface bacteria are in the application of deep ultraviolet LED sterilization consideration.

2. Water sterilization : water is the source of life, and the human health is closely related. Deep ultraviolet LED assisted water sterilization, making healthy water easier to obtain.

3. Air purification : a compact purifier with a higher spatial disinfection capability can be achieve by combining a deep UV LED with a filter.

4. Analysis and detection : certain substances have properties that enable them to absorb certain wavelengths of ultraviolet light and produce fluorescence. Because they are obtained by irradiating UV light and measuring the amount of light emitted.