With the appropriate metal calibration, the analyzer can identify the grade of alloy in addition to the list of elements- Bruker’s handheld XRF analyzers are capable of identifying over 400 common alloys. Analysis time varies depending on the material and the desired accuracy. More analysis time equals greater accuracy. For metal alloys, this means 2-3 second grade ID’s and 5 seconds for elemental chemical analysis (excluding light elements). In addition to standard industrial alloys, the handheld XRF analyzer is a very rapid way of analyzing precious metals. With the appropriate mining calibration, the analyzer can become a very versatile exploration tool, giving you a good indication of the presence or absence of a particular ore and the concentration profile vs. position. In mine production, the analyzer provides information which can help guide you in controlling the feed to the mill.
Another application of handheld XRF analyzers is the detection of toxic heavy metals in almost any type of consumer product. The most common element determined in this application is lead (Pb), but the unit is also capable of detecting mercury (Hg), cadmium (Cd), selenium (Se) and many others.
Handheld XRF has also become very popular in analysis of Art and Archeological artifacts as well as for research into analysis of almost any sample. The analytical precision and accuracy of Handheld XRF analyzers approaches that of laboratory analyzers but in a package which can be taken to the sample for measurement rather than bringing the sample to the laboratory. Please contact one of our experts to determine if handheld XRF can solve your measurement problem.
Alternate Terms:
