Advantages and applications of X-ray fluorescence melting instruments
Release time:
2022-06-20
With the rapid development of world technology, the use of various machines has become increasingly familiar to people. X-ray fluorescence melting machine The manufacturing of X-ray fluorescence melting machines has also reached a new stage, and its functions are constantly evolving. So, do you know the applicable scope of X-ray fluorescence melting machines?
Generally, the applicable scope of X-ray fluorescence melting machines includes the following places, such as research institutes, colleges and universities, factories, and other places with a wide variety of melting samples and high sample quality requirements. The X-ray fluorescence melting machine can be placed in a narrow workspace or on a workbench, meaning it is small, space-saving, and convenient to use. It also boasts high operational stability and diverse operating modes. The sample forming method can be chosen from various options, with the freedom to select one-time molding or mold casting. It also allows observation of the material addition and specific operation during the melting process. It is currently one of the most flexible and widely used multi-functional X-ray fluorescence melting machines in China. Another important point is its excellent melting effect. The X-ray fluorescence melting machine adopts an advanced design that combines furnace body swing and sample rack spinning, ensuring a vortex-like movement of the sample melt, achieving uniform consistency and effective degassing in a short time.
Another advantage is its suitability for melting various materials at different temperatures. The X-ray fluorescence melting machine also has advantages such as self-diagnosis of faults, ease of operation, and reliable operation, making it simpler, more reliable, highly automated, and with clear temperature control. It has excellent analytical reproducibility and meets the requirements of various industry analysis standards. This greatly increases its applicability and improves efficiency for manufacturers. This is why it is widely used in sample preparation for the steel, chemical, geological, metallurgical, cement, and ceramic industries, as well as in the testing equipment for refractory materials. Platinum alloy crucibles are commonly used in X-ray fluorescence melting machines. The thicker bottom of the crucible increases its strength and allows it to withstand large temperature changes in a short time. The larger the inclination angle between the bottom and the body of the crucible, the easier it is to peel off the prepared melt. The higher the utilization rate of the X-ray fluorescence melting machine. The melt after demolding is often used with the bottom surface as the analysis surface. If the bottom of the crucible shows deformation, crystal grains, or rough black spots, it will affect the analysis quality or cause the melt to crack or be difficult to demold. In this case, the crucible needs to be polished. After use, the crucible can be cleaned by soaking in a near-boiling solution for a few minutes, then rinsed and dried.
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