Advantages and application scope of X-ray fluorescence fusion machine

With the rapid development of science and technology in the world, the use of various machines has become more and more familiar to people. The manufacturing of X-ray fluorescence melting machines has also been upgraded to a new stage, and the functions are also evolving step by step. Do you know what the application scope of X-ray fluorescence melting machines is?

Usually, the application scope of X-ray fluorescence melting machines includes the following places, such as scientific research institutes, colleges and universities, factories and other places with a wide variety of melting samples and high quality of samples. In addition, X-ray fluorescence melting machines can be placed in narrow workplaces or workbenches, which means that they are small in size, do not occupy space, and are very convenient to use. In addition, the working stability is relatively high, and the working methods are diverse. Generally, the molding methods of samples can be selected in a variety of ways, and one-time molding and reverse molding can be freely selected. At the same time, it can also realize the observation of the material addition and specific working appearance of the melting process. It is a multifunctional X-ray fluorescence melting machine with flexible working methods, wide application range and similar equipment in China. Another important point is that the melting effect is good. The X-ray fluorescence melting machine adopts the advanced design of furnace body swing and sample rack spinning at the same time, which can ensure the eddy current motion of the sample melt and achieve the appropriate uniformity and bubble removal effect in a short time.

Another advantage is that it is suitable for melting samples at different temperatures of various materials. In addition, the X-ray fluorescence melting machine also has some advantages such as fault self-checking, easy operation, and reliable operation, making the operation simpler, more reliable, highly automated, and with clear temperature control. It has excellent analysis reproducibility and can meet the requirements of various industry analysis standards. This will greatly increase its scope of application and improve the benefits for manufacturers. This is why it can be widely used in sample preparation in the steel, chemical, geology, metallurgy, cement, ceramics and other industries, as well as in the detection equipment of refractory materials. The platinum alloy crucible is widely used in the X-ray fluorescence melting machine. Usually, the bottom of the crucible is thicker, which can increase the strength of the crucible and can withstand relatively large temperature changes in a short period of time. Moreover, the larger the inclination angle of the bottom of the crucible and the crucible body, the easier it is to peel off the obtained melt. The utilization rate of the X-ray fluorescence melting machine is also higher. After demoulding, the bottom of the melt is often used as the analysis surface. If the bottom of the crucible is deformed, has crystal grains, or has rough black spots, it will affect the quality of the analysis or cause the melt to break or become difficult to demould. In this case, the crucible must be polished. After using the crucible, it can be soaked in a solution near boiling for a few minutes, cleaned, and dried.