FPSLHLH03M3

FPSLHLH03M3 is a kind of flame photometer with a single-slit burner, which can be used in multiple scenarios.It has many outstanding features that make it a versatile option for a range of applications.The following is an overview of the potential applications for this product, as well as its working principle.

Applications

FPSLHLH03M3 flame photometer can be used for various applications such as in different industries and scientific laboratories.In industrial field, it can be used to monitor the composition of potassium based chemicals, fluoride and biotin in combustion products.It can also be used for inspection and supervising the real-time combustion of fuels, which is beneficial in factory production lines and on-site installations or repairing works. Moreover, it can also be used for environmental monitoring and testing for detecting the presence of inorganic elements.Apart from industrial usages, the photometer can also be used in scientific laboratories, such as for organic and inorganic components analysis in the fields of geology, biology, pharmacology, and so on.

Working Principle

As a flame-based photometer, the particular atomized sample of the environmental substances is vaporized and oxidized in the hot flames. Simultaneously, the electrons in the sample excited by the heat energy will emit visible light with wavelength that corresponds to the specific element.For instance, potassium atoms will always emit a characteristic red light with wavelength of 766nm, while sodium atoms will give the yellow light of 589nm.Afterwards, these lights will pass through a spectroscopic monochromator and will be detected by the photomultiplier tubes.All the detected spectrums of different elements are digitized and the concentrations of every element can be quantitatively obtained.

Conclusion

In a nutshell, FPSLHLH03M3 flame photometer can be beneficial in both industrial and scientific fields due to its wide range of applications. The working principle is based on the different light emission of a series of elements when excited in the combustion flames. With this flame photometer, various environmental testing or chemical production processes can be conducted efficiently and effectively.