We offer a broad range of Noblelight® UV low-pressure lamps manufactured from high quality quartz glass for disinfecting water, air and surfaces. If synthetic quartz glass is used as the lamp material, 185 nm UV radiation (vacuum UV) is emitted in addition to 254 nm for oxidation processes such as the reduction of pollutants, odors and grease.
Noblelight UV low-pressure lamps are available in various lengths, with various end connectors and in rod or U-shapes. U-shaped lamps offer higher output in a compact design.
High-efficiency low-pressure mercury lamps offer 30% to 60% higher output at a spectral output of 254 nm and are ozone-free.
Standard low-pressure mercury lamps made of synthetic or natural quartz glass have spectral output at 254 nm and 185 nm and are ozone-generating.
Your advantages
High UV efficiency (40%)
Low energy consumption
UV lamps tailored to customer requirements
Output 30% to 60% higher than with lamps made of soft glass
Low surface temperature
Application areas
Disinfection of water - municipal drinking water, sewage treatment plants and air-conditioning
Reduction of pollutants in industrial exhaust air
Air disinfection in hospitals
Grease and odor control for foodservice kitchens
We offer a broad range of Noblelight® UV low-pressure lamps manufactured from high quality quartz glass for disinfecting water, air and surfaces. If synthetic quartz glass is used as the lamp material, 185 nm UV radiation (vacuum UV) is emitted in addition to 254 nm for oxidation processes such as the reduction of pollutants, odors and grease.
Noblelight UV low-pressure lamps are available in various lengths, with various end connectors and in rod or U-shapes. U-shaped lamps offer higher output in a compact design.
- High-efficiency low-pressure mercury lamps offer 30% to 60% higher output at a spectral output of 254 nm and are ozone-free.
- Standard low-pressure mercury lamps made of synthetic or natural quartz glass have spectral output at 254 nm and 185 nm and are ozone-generating.
Your advantages
- High UV efficiency (40%)
- Low energy consumption
- UV lamps tailored to customer requirements
- Output 30% to 60% higher than with lamps made of soft glass
- Low surface temperature
Application areas
- Disinfection of water - municipal drinking water, sewage treatment plants and air-conditioning
- Reduction of pollutants in industrial exhaust air
- Air disinfection in hospitals
- Grease and odor control for foodservice kitchens
