Application of Fusion Sample Machine in X-ray Fluorescence Spectrometer

With the widespread application of X-ray fluorescence spectrometers, the preparation of X-ray fluorescence spectrometer samples has become increasingly important. At this time, another instrument that needs attention is XRF fused bead sample preparation machine.

As a supporting equipment for X-ray fluorescence spectrometer analysis and testing, the melting machine uses the glass melting method to make samples into glass samples, which can effectively reduce the collective effect and mineral effect of ores, rocks, soil, refractory materials, metallurgical raw materials, etc. during X-ray fluorescence analysis, greatly improving the accuracy and precision of the analysis. It can be widely used in steel, metallurgy, chemical industry, geology, cement, ceramic refractory materials and other industries.

The melting machine adopts touch screen display control, friendly interface, simple operation, high degree of automation, fast heating, temperature control, energy saving, stable operation, temperature can be as high as 1170℃, and it also has a good melting effect on refractory materials. The melting sample has good reproducibility, good performance of various indicators, and good cost performance.

Preparation of X-ray Fluorescence Spectroscopy Analysis Samples by Fusion Machine

Operation of the XRF Fusion machine:

1. Turn on the power of the water cooler, start the water cooling system, and turn on the power of the melting machine after confirming that the cooling water is unobstructed and there is no water leakage.

2. Open the cover of the melting machine operating table, place the large crucible with the weighed sample and the small crucible for demolding on the ceramic bracket in the working coil, and stick it in the groove. Do not let it touch the working coil.

3. Next, you can use automatic mode or manual operation. Press the start button on the front panel, the heating lamp on the panel flashes, accompanied by a beeping sound, indicating that the equipment is working normally. The internal temperature begins to rise, the sample begins to completely melt into liquid, and then the crucible begins to swing to drive away bubbles. After this part is over, the melted sample in the crucible is poured into the small crucible for demolding.

4. Use natural cooling or click the air cooling button for forced cooling. The time is controlled by yourself until the process is completed or forced to stop. After cooling, take out the sample and the sample preparation is completed.

5. Exit the program, turn off the power of the melting machine, and close the cover. Turn off the power of the water cooler.

XRF Fusion machine is a good assistant for X-ray fluorescence spectrum analysis.