Two clear gas discharge UV lamps on a grid surface, highlighting low-pressure mercury lamp design for spectroscopy and sterilization.

Low-pressure UV lamps

for different applications

Gas discharge lamps

These UV lamps are used in water disinfection, spectroscopy and fluorometry, for detecting contaminants, in photochemical investigations, for UV sterilization, and for ozone generation.

Products

Low-pressure mercury lamps, inert gas lamps

Various gas discharge UV lamps and low-pressure mercury lamp components on a blue reflective surface, highlighting scientific lighting technology.

Features

  • Peak at 254 nm
  • High UV-VIS radiation output
  • Low noise
  • Available as ozone-free or ozone-generating
  • Application-specific phosphor coatings enable peaks at 285, 304, 351, 368, 370, 460, 494, 528, 578, and 658 nm
  • Various lengths and configurations, also available as meander-shaped grid lamps for area UV irradiation
  • Noble gas variants with peaks at 640, 764, 760, and 467 nm

Applications

  • Spectroscopy
  • Ozone generation
  • Water and air disinfection
  • UV sterilization
  • Photochemical studies
  • Fluorometry
  • Wavelength-specific photometers
  • Wavelength calibration
  • Analytical instruments
  • Spectral lamps

Zn and Cd low-pressure lamps

Collection of various gas discharge lamps and UV light components for spectroscopy, water disinfection, and UV sterilization applications.

Features

  •  213.9 nm line for Zn lamps
  • 228.8 nm line for Cd lamps
  • Short-wave UV radiation
  • High radiation stability
  • Efficient dual output
  • Low noise
  • Special version of Zn lamp with 10,000 hours service life

Applications

  • Spectroscopy, wavelength calibration
  • HPLC instruments
  • Air pollution monitoring
  • Photochemical studies
  • Interferometers
Spectrum graph of Argon rare gas lamp showing relative irradiance peaks between 400-970 nm wavelengths for spectral analysis.
Low pressure mercury arc spectrum graph showing relative UV intensity peaks at 254 nm and other wavelengths for spectroscopy and photochemical use.
Spectrum graph of Krypton rare gas lamp showing wavelength peaks between 300-1000 nm with labeled intensity spikes at 760-888 nm.
Neon rare gas lamp emission spectrum with peak wavelengths from 585 to 878 nm showing relative intensity vs wavelength.
Spectral graph of Xenon rare gas lamp showing wavelength peaks and relative intensity for UV and visible light applications.

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