XRF spectrometer EDX9000A alloy analyzer was developed for the determination of content of major elements of the copper alloy method
Copper and its alloy has good conductivity, corrosion resistance and other properties of thermal conductivity, copper content of each element in the different direct influence on the performance of the copper alloy metal so quickly to the chemical composition of copper alloy, accurate analysis of the copper alloy production and processing and so on all is very important, with X ray fluorescence analysis method analysis of copper alloy with a fast analysis speed, detection range, but the scene in situ condition Analysis of the advantages of this y application cases by brass, bronze and copper with emphasis on the use of X ray tube excitation X-ray fluorescence analyzer EDX9000A alloy analyzer to carry out the fast analysis of major elements of the copper alloy, good analytical results have been achieved.
XRF spectrometer EDX9000A alloy analyzer was developed for the determination of content of major elements of the copper alloy method
Brass is an alloy of copper and zinc. If brass consists only of copper and zinc, it is called common brass. If it is made of bothAn alloy of these elements is called special brass. For example, copper alloys composed of lead, tin, manganese, nickel, lead, iron, and silicon. Brass has strong wear resistance. Special brass is also called special brass, which has high strength, high hardness and strong chemical resistance. And the mechanical properties of cutting processing are also more prominent. The seamless copper pipe drawn by brass is soft and has strong wear resistance. Brass seamless pipe can be used in heat exchangers and condensers, low temperature pipes, submarine transport pipes. Manufacture sheet, bar, bar, pipe, cast parts, etc. Containing copper in 62%6~68%6, strong plasticity, manufacturing pressure resistant equipment. It is very widely used. Common brasses include H59, H62, H63, H65, H68, H68A, H70, H80, H85, H90, H96 and many more. It is the main brass in copper alloys, InfxThe EDX9000A alloy analyzer can analyze the primary and secondary elements simultaneously. With high speed and high accuracy, the EDX9000A alloy test spectrometer is the first choice for industrial analysis.
XRF spectrometer EDX9000A alloy analyzer was developed for the determination of content of major elements of the copper alloy method
The EDX9000A Copper Alloy Analysis Spectrometer is a robust XRF copper element test tool. For aluminum and titanium alloysGold analysis, which provides the rapidity and accuracy of laboratory chemical analysis; And reliable analysis of light elements, such as silicon and phosphorus, in copper, nickel or iron-based alloys. By Silicon drift detector (SDD) and X-rayThe unique coupling technology of the wire tube and the function of the vacuum pump make the EDX9000A alloy analysis tester have strong detection ability of light elements. Combined with the non-destructive testing characteristics of XRF technology, EDX9000A alloy analyzer has become a finished product for aviation industry analysisThe ideal tool. For the scrap metal recycling industry, this efficient light element analyzer can accurately analyze nickel or copper content, and accurately identify other aluminum alloy grades.
The image below shows the observed brass spectrum of the EDX9000A Alloy Analysis spectrometer:
