X-ray fluorescence spectrometer XRF is applied to the analysis of the determination of ferromanganese

Ferromanganese, manganese and iron alloy composed of iron. Main categories: High carbon ferromanganese(The carbon content is 7%), medium carbon ferromanganese(The carbon content 1.0~ 1.5%)and low carbon ferromanganese  0.5% containing carbon, metal manganese, iron, silicon manganese alloy.

XRF irradiation with x-rays or other excitation source samples to be analysed and the elements in the sample layer within electronic allowed after the cause of extranuclear electron transition, the electrons are returned to the ground state, will emit characteristic X-ray; Different elements will emit the respective characteristics of X-ray, with different energy or the wavelength characteristics. Detector (Detector) take the X-ray, instrument software system will be converted to the corresponding signal. This phenomenon is widely used for elemental analysis and chemical analysis, especially in the research of metal, glass, ceramics and construction materials, and the geochemical study, forensic medicine, electronic product feed tube (EU RoHS) and archaeology, and other fields, to some extent complements atomic absorption spectrometer, reduce factory attached qc laboratory analysis of human input

X-ray fluorescence spectrometer XRF is applied to the analysis of the determination of ferromanganese

This case USES the tablet of ferromanganese samples, prepared by the simple sample preparation process. Preparation of samples using the fly, scientific instruments for ferromanganese alloy analysis and custom EDX9000B spectrometer for analysis. Test process is only 1 to 2 minutes, the test completely, without use of chemical reagents and inert gas. Results are accurate, high precision. Has won the wide recognition of consumers

Below is test report of ferromanganese