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Atomic Absorption Spectrometers
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Atomic absorption spectrometry is a technique exploiting the fact that atoms at ground state may absorb the radiation of characteristic wavelength. As is known, the atoms are usually at ground state. For each element, the amount of energy required for an atom to transit from ground state to excited state is specific, and in general, is called characteristic wavelength. The Atomic absorption spectrometry typically makes use of hollow cathode lamp as the light source to emit the characteristic wavelength of a particular element. When the light passes through the atomic vapor, it is absorbed by the vapor. The concentration of the element can then be determined through the calculation of the absorption rate.
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Choose a model suitable for your needs
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AAS 6000
AAS 6000 spectrometer can be used to measure the concentration of macro, micro and trace metal elements and half-metal elements in various kinds of substances. |
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WFX 110/120/130A
Atomic absorption spectrometer with grafite furnace. The patented flame analysis technique adopting rich oxygen air-acetylene flame as the substitution for nitrous oxide-acetylene flame for high temperature element analyses, such as Ca, Al, Ba, W, Mo, Ti, V, etc. |
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WFX 110/120/130B
Atomic absorption spectrometer with flame atomization system with flame emission burner. A flame emission burner head can be installed to perform flame emission analysis to Alkali metals as K, Na. |
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WFX 210
Atomic absorption spectrometer with grafite furnace and autosampler. Automatic calculation of sample concentration (content), mean value, standard deviation and relative standard deviation calculation. |
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WFX 320
High cost-effctive flame AAS. Reasonable design, adopting the same key parts as in high end instruments, ensures basic functions but less automation to provide an economic model for users. |
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WFX 810
Atomic absorption spectrometer with Zeeman background correction system. Parallel flame and graphite furnace atomizer, without mechanical movements and changeover, ensuring long time stability and reliability.
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