The metal materials industry is booming. Enterprises have put forward higher requirements for material quality control, raw material inspection, and factory material inspection. Optical emission spectrometer is one of the basic testing equipment in the metal material industry, widely used in steel, metallurgy, casting, Incoming material inspection, quality control and factory inspection in machining and other industries.
Here we analyze from the practical application of the spectrometer user, the so-called application is based on the material material and actual function of the self-test, to do the selection analysis, mainly from the following two questions:
1. Test material material
For example, if a test structure is to be tested for incoming materials, then it may involve a variety of substrates such as iron, aluminum, and copper. Users need to consider multi-base spectrometers. Some customers only do cast iron, so they can decisively discard aluminum, copper, etc. For material requirements, only a single substrate needs to be considered. Because the more accurate the positioning, the more accurate the positioning of the optical emission spectrometer, the more accurate the final selection.
2. What grades are involved in the material?
Through the analysis of materials and materials, many companies will think that they have already applied the application requirements, and then began to compare the optical emission spectrometers of various manufacturers. In fact, this time, you need to make a thorough statistics on the factory products. What grades are involved in the material, and what is the weight of each grade, so that you can better determine which direct reading spectrometer you buy. There is no mention here. The analysis accuracy of T7 CMOS optical emission spectrometer fully meets the requirements of the laboratory level. The data is stable and reliable, and can be used for Fe, Al, Dozens of conventional elements of more than ten kinds of substrates such as Cu, Ni, Co, Ti, Mg, Zn, Sn, and Pb are accurately quantified.
