What are the characteristics of an X-ray fluorescence melting instrument?
Release time:
2022-05-31
X-ray Fluorescence Fusion Machine It is basically a product used in the industrial field. Most of us have neither seen nor heard of it. It can be said that it is not very common in life. X-ray fluorescence fusion machines can be widely used in the steel, metallurgy, chemical, geological, cement, ceramic, and refractory materials industries, so it is still common in industry. Next, let's talk about its characteristics. I hope it will be helpful to the manufacturers.
X-ray fluorescence fusion machines generally use a high-temperature electric heating fusion method, which can be used below 1250 degrees Celsius. The recommended regular temperature is below 1150 degrees Celsius. Then, rocks, minerals, ores, soil, slag, etc., and fluxes are melted in alloy crucibles or crucibles made of other materials, and automatically mixed evenly. After cooling, a glass-like disc suitable for X-ray fluorescence analysis can be formed. The X-ray fluorescence fusion machine uses high-performance heat-insulating and heat-preserving materials, and the total power of the melting machine is less than 3 kW, which is far lower than similar international products. The X-ray fluorescence fusion machine uses a touch screen display control, with a user-friendly interface, simple operation, and relatively high automation. Therefore, it has the characteristics of fast heating, clear temperature control, energy saving, and stable operation. Its temperature can reach 1300℃, which means that the X-ray fluorescence fusion machine also has excellent melting effect on refractory materials. The reproducibility of the fused samples inside is good, and various indicators perform well, with good cost performance.
The X-ray fluorescence fusion machine uses an electric heating melting method with high temperature control accuracy. The temperature display error is better than ±3℃ under normal melting temperature, which can provide reliable quality assurance for the product analysis process and accurate test parameters for research work. At the same time, it can realize the addition of materials and process observation during the melting process, which can reduce the baking of the operators during sample loading and unloading, and is designed with an automatic sample loading and unloading mechanism to facilitate operator operation. It is currently one of the most flexible, widely used, and multifunctional fully automatic melting equipment in the domestic market. The X-ray fluorescence fusion machine can prepare 4 samples simultaneously within 15 minutes and can be automatically formed. The average sample preparation time for a single sample is about 4 minutes. Its system has a long service life and high cost performance. The small furnace door design of the X-ray fluorescence fusion machine can protect the heating element and furnace cavity from large thermal shocks, reduce temperature leakage after the furnace cover is opened, and make the temperature rise rapidly during continuous melting operation. Moreover, their molten samples are uniform and flat, without bubbles, meeting the requirements of high-precision analysis. The entire machine adopts a modular design, which is relatively easy to maintain, repair, and upgrade in daily operation.
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