We have a perfect quality control system, professional quality inspectors, and strict inspection of each process to ensure the precise process and perfect quality of each excimer lamp, far uvc light lamp, 308 Nm Excimer Lamp. We are committed to improving the overall quality of the enterprise and enhancing the cohesion and creativity of the workforce. We have a strong comprehensive strength, systematic market capacity, professional technical strength, perfect quality system, sound service network and pragmatic work style.

FEATURES

1. Easy to be integrated

2. Pure 222 nm

3. Environmentally friendly/mercury-free

4. Safe disinfection technology

5. Wide operating temperature

6. Instantaneous on/off

7. Spectrum testing by the third-party

8. EPA, ISO9001, CE certified

SPECIFICATIONS

1. Model no.: UWM222-60W

2. Peak Wavelength: 222nm

3. Size: 351*78*44mm

4. Input Voltage: 24vDC

5. Power: 60w

6. Beam Angle: 60°

7. Radiation Intensity: 140μw/cm²(50cm)

8. Operating Temperature Range: -10°C - 150°C

9. Materials: excimer tube, aluminium housing, quartz glass filter

10. Lifespan: 4000 hours

APPLICATIONS

Air disinfection

Surface disinfection

Water disinfection

Room sanitisation

Sanitisation for public places

Exposure of human skin models to KrCl excimer lamps: the impact of optical filtering

Far-UVC radiation is a promising technology that is potentially both effective at killing airborne microbes such as coronaviruses and influenza, and being minimally hazardous to the skin and eyes. Our previous studies on health risks from far-UVC have employed a krypton-chloride (KrCl) excimer lamp, emitting principally at 222 nm, supplemented with an optical filter to remove longer wavelength emissions inherent to these lamps. This study explores KrCl lamp health hazards by comparing filtered and unfiltered KrCl lamps using effective spectral irradiance calculations and experimental skin exposures. Analysis of effective irradiances showed a notable increase in allowable exposure when using a filter. Induction of DNA dimers (CPD and 6-4PP) was measured in human skin models exposed to a range of radiant exposures up to 500 mJ cm-2 .

Compared to sham-exposed tissues, the unfiltered KrCl lamps induced a statistically significant increase in the yield of both DNA lesions at all the radiant exposures studied. Conversely, filtered KrCl lamps do not induce increased levels of dimers at the current daily TLV exposure limit for 222 nm (23mJ/cm² ). This work supports the use of filters for far-UVC KrCl excimer lamps(60w far UVC light module far UV range safe disinfection technology) when used to limit disease transmission in occupied locations.

We have a good reputation in the field due to our good design innovation ability and high ability of continuous improvement of the 2020 Ultraviolet Radar Sensor Sterilization UVC Germicidal Disinfection UV Light Lamp. The company gathers industry elites and brings together a group of outstanding talents in R&D, capital operation and modern enterprise management. We continuously strengthen the internal management of the enterprise to enhance our comprehensive strength.

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