Liquid Chromatography Atomic Fluorescence Spectrometer
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Liquid chromatography atomic fluorescence spectrometers can measure contents of various elements, e.g. arsenic, mercury, selenium, lead, antimony, tin, antimony, antimony, cadmium, antimony, zinc, gold etc., in various industries, e.g. environmental protection, food safety, disease control, medical care, agriculture, mining, cosmetics, water and soil quality testing and exit-entry inspection etc.
SpecificationElement speciation | Minimum detectable content | Analysis time | Accuracy | Linear range | Correlation coefficient | |
As | As (III) | 0.04 | <10 | <5% | 103 | >0.999 |
DMA | 0.08 | |||||
MMA | 0.08 | |||||
As (V) | 0.2 | |||||
Se | SeCys | 0.3 | <10 | |||
SeMeCys | 1 | |||||
Se (IV) | 0.1 | |||||
SeMet | 2 | |||||
Hg | Hg (II) | 0.05 | <12 | |||
MeHg | 0.05 | |||||
EtHg | 0.05 | |||||
PhHg | 0.1 | |||||
Sb | Sb (V) | 0.1 | <10 | |||
Sb (III) | 0.5 |
- One instrument can conduct two functions: speciation and content analysis, saving cost.
- The new gas control mechanism can effectively save argon consumption.
- The argon flame observation window allows real-time monitoring of the flame.
- The spectrometer is capable of power-on self-test, automatic diagnosis and automatic malfunction alarm.
- The software can quickly introduce the measurement data to EXCEL.
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