Laboratory Air
Compressors In today's modern analytical laboratory compressed air is
required for a wide range of different uses.
Gas generation Different gases have always been
important remedies in analytical laboratories and are the
foundations of numerous analyses. Traditionally, gasses have been
supplied in cylinders and distributed through a piped network. As
consumption of gasses has increased so has the use of gas
generators, since the traditional supply of gasses in cylinders
is considered a rather uneconomic solution. Gas generators can
produce the required gasses at the exact required flow and
purity.
Several types of gas generators are available:
Zero-Air generator /
零值氣體產生器 By removing hydrocarbons from the
compressed air, this type of generator provides high purity zero
grade air, used for gas chromatography (GC).
FT-IR Generator /
精密光譜分析儀器用氣體產生器 The FT-IR (Fourier Transform-Infrared
Spectrometry) generator supplies dry, CO2 free air and gas to FT-IR
spectrometers. Other generators for spectroscopy include NMR
(Nuclear magnetic Resonance), ICP (Inductively Coupled Plasma) and
AA (Atomic Adsorption)
TOC Generator /
總有機碳分析儀用氣體產生器 The TOC (Total Organic Carbon) gas
generator produces hydrocarbon- and CO2 free air used as
carrier/combustion gas for TOC analyzers.
Nitrogen generator /
氮氣產生器
The utilization of the separation
technique LC/MS has been increased dramatically and so has the
demand for nitrogen and thus nitrogen generators. LC/MS is used as
an analytical separation technique to identify components and
clarify structures and chemical properties of molecules. The
technique can identify human DNA, detect steroids in athletes and
analyze medical drugs. The separation of the molecules is only
possible with a constant flow of nitrogen at high purity and at the
right pressure.
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