Basic information to know when using an X-ray fluorescence melting machine


Release time:

2022-05-16

   X-ray Fluorescence Fusion Machine During operation, it can be fully automated, and then the molten sample is injected into a molding die. This ensures that it can effectively stir the molten sample in a short time, making the molten sample achieve extremely high homogeneity. To familiarize more people with it, the following is an introduction to information related to this product.

  The X-ray fluorescence fusion machine has many advantages. For example, its high glossiness. Because the glossiness of the mold can be maintained for a longer time, it naturally ensures the high glossiness of the sample during use. If users use crucibles as molds at the same time, the failure of the sample to the platinum crucible during melting will make the inner wall of the crucible rough. Usually, it is polished once every few days, but the frequency of polishing and use cannot guarantee the consistency of glossiness. The X-ray fluorescence fusion machine does not require water or electromagnetic field radiation hazards during use; it also does not require gas or toxic products and does not require a high-power power supply. The entire sample preparation process is fully automated, including injecting the molten sample into the molding die. It is clearly stated that the X-ray fluorescence fusion machine uses the glass melting method to prepare glass melts, and is a sample preparation instrument used for AAS, ICP, and X-ray fluorescence analysis. This product fully meets the advocated requirements of energy saving, consumption reduction, and emission reduction.

  In short, the X-ray fluorescence fusion machine is a heating method that should be advocated in the future, but due to the high cost of the equipment itself, its application in small and medium-sized enterprises is limited. The X-ray fluorescence fusion machine also has many characteristics. For example, its automatic high reproducibility and high precision. Moreover, its high uniformity and high glossiness ensure the high reproducibility of the sample, so that different sample preparations using the same sample preparation procedure of this fusion machine are not only different, but also various other parts and components. It improves the sample preparation rate. It is also an energy-saving and environmentally friendly product. Therefore, there is no electromagnetic field radiation hazard during use. Our fusion machine is also produced using the glass melting method to prepare glass melts, and is a sample preparation instrument used for AAS, ICP, and X-ray fluorescence analysis. Therefore, when used, it basically eliminates the mineral effect and matrix enhancement absorption effect, and the measurement has high precision and good accuracy; the heating methods used in high-temperature melting include three methods: gas heating, resistance radiation heating, and high-frequency induction heating.



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