Medium pressure mercury arc ushio produces standard and custom uv emitters.
Medium pressure mercury lamp spectrum.
Metal halide adding doping elements metal halide that change the spectrum of ultraviolet radiation thus optimizing it for different possible applications.
Unlike most other uv sources the medium pressure lamp mpl has a polychromatic spectral distribution from 190 nm up to the infrared spectrum.
Uv medium pressure mercury lamp electrode quadripin base helios produces ultraviolet lamps made of quartz glass with wavelengths from 185 to 400 nm.
These lamps also called mercury arc lamps are the workhorse of the light curing industry.
They emit primarily in the blue and green.
Near uv spectral range 380 200 nm and far uv spectral range 200 10 nm.
Our production facility is designed to meet specific customer requirements to produce customized one off lamps as well as achieve consistent quality in mass production.
Thus within the scope of the physical possibilities wavelengths can be selectively generated.
In medium pressure mercury vapor lamps the lines from 200 600 nm are present.
High pressure mercury vapor lamps are commonly used for general lighting purposes.
With an average of 10x the power density per unit arc length aquafine mp lamps have significantly higher power compared to amalgam lp lamps.
Mp lamps operate at roughly 800 c 900 c.
A f ill material typically argon and precisely dosed amount of liquid mercury.
A quartz glass sleeve.
The distribution of energy over the wavelength ranges is depicted on the left.
The mercury medium pressure uv lamps are appreciated mainly for two applications.
Medium pressure mercury lamps produce characteristic bands at 313 and 365 nm.
E lectrodes sealed into the end of the quartz sleeve.
The resulting photodegradation products were identified by 1 h nmr spectrometry.
They combine cure efficiency with design versatility and moderate cost.
The spectrum of uv medium pressure lamps can be influenced by doping graphic 5 6.
An electrode type medium pressure lamp consists of three major components.
For uv curing and drying.
Aquafine medium pressure mp lamp spectrum aquafine mp lamps are considered to be polychromatic lamps due to their wide output spectrum.
The lamps can be constructed to emit primarily in the uv a around 400 nm or uv c around 250 nm.
Analysis by gc ms showed that the total photodecomposition of butyl methoxy dibenzoylmethane had occurred.
Butyl methoxy dibenzoylmethane was irradiated for 100 h in a quartz immersion well photoreactor equipped with a medium pressure mercury vapor lamp.
In medium pressure mercury lamps a plasma that emits uv light is generated by applying electrical voltage.
Ultraviolet light can be divided into two ranges.
