Energy dispersive X-ray fluorescence spectrometer EDXRF is applied to the analysis of the determination of titanium iron

The main components in titanium iron alloy of titanium and iron. Also contains aluminum, silic, carbon, sulfur, phosphorus, manganese and other impurities. Used for steelmaking deoxidizer, desulfurizer, degassing agent and alloy agent. As alloying elements in steel in the process of steelmaking, refining organization grain, in between the fixed table (CN) high degree of steel product rod for field

All XRF spectrometers have two main components, one is an X-ray source, usually using an X-ray tube, and the other is a probe. The X-ray source sends a primary X-ray to the surface of the sample, sometimes through an optical filter to adjust the X-ray beam. As the beam hits the sample atoms, secondary X-rays are produced, which are collected and processed by the probe.

XRF spectrometers offer a number of advantages over other analytical techniques.

Energy dispersive X-ray fluorescence spectrometer EDXRF is applied to the analysis of the determination of titanium iron

Its speed is fast. It is able to measure many types of elements and their content concentrations in different types of materials. Ngoài ra, it is a non-destructive technology, only need to prepare a small number of samples or no sample preparation, so it is lower cost than other technologies.

In this case, the press method is used to prepare ferrotitanium samples, the preparation process is simple and efficient, no chemical reagents, environmental protection and safety.

The prepared sample tablet is quickly determined by EDX9000B spectrometer.