Ore, portable XRF fluorescence spectrometer Compass300 analyzer in the application of iron ore quality detection

Iron ore in Fe, Si, P, Al, K, Na, Cu, As, zinc, Pb, Ca, Mg, S, and other general chemical composition by chemical analysis method and atomic absorption spectrometry AAS, respectively, are determined by inductively coupled plasma atomic emission spectrometry determination of ICPOES except Fe, S outside the rest of the elements, these methods are tedious operation, the disadvantage of the element analysis cycle is long, or less. X-ray fluorescence spectrometry measurable elements is wide, wide range of concentration and determination of multiple elements at the same time, has the advantages of rapid, accurate, automatic operation, has been widely used in iron ore.

Iron ore is the important raw material of iron and steel industry, the quality of it directly influences the quality of metallurgical products, therefore, the quality of iron ore for rapid, accurate detection is very important. With a portable XRF Compass300 ore fluorescence spectrum analyzer for detecting the quality of the iron ore has a short measure time, the advantages of stable and reliable results at the same time, the detection of iron ore quality XRF analysis technology research, mainly discusses the various factors affect the measurements accuracy of triangulation and correction methods of the oxidized ore in ore, iron ore grinding mixed iron concentrate and iron Concentrate, permanent magnetic tailings samples were analyzed, such as research. Through a series of experiments, demonstrates the Compass300 spectrum analyzer in the application of iron ore quality and ore not only improve the detection efficiency, and to improve detection precision and sensitivity.

Iron ore testing spectra

200400Compass – 300 iron ore testing precision of the results are as follows