What are the advantages of X-ray fluorescence spectrometer?

The X-ray Fluorescence Spectrometer technology has been successfully applied to the determination of inorganic elements in the environment, food chain, animals and plants, agricultural products, human tissue cells and organs, biomaterials, tissue cells, reagents, animal and plant organs, and metabolic products.

The X-ray Fluorescence Spectrometer is capable of qualitative and quantitative analysis for solids, powders, liquids, suspensions, filtrates, atmospheric particulates, and thin-film samples. The element range covers from 13Al to 92U, with content ranging from ppb to 100%, and detection limits down to 2pg.

The X-ray fluorescence spectrometer boasts the following advantages:

1. High analysis speed. The time required for measurement is related to the measurement precision, but generally it is quite short, taking only 2 to 5 minutes to measure all the elements in the sample.

2. X-ray fluorescence spectrometry is independent of the chemical bonding state of the sample and is also largely unrelated to the state of solids, powders, liquids, as well as crystalline and amorphous materials. Most analytical elements can be analyzed using this method, allowing for the analysis of samples such as solids, powders, melt beads, and liquids, with a range from Be to U. (Gases sealed in containers can also be analyzed.) However, in high-resolution precise measurements, wavelength changes and other phenomena can be observed. Particularly in the soft X-ray range, this effect is more pronounced. Wavelength changes are used for the determination of chemical potentials.

3. Non-destructive analysis. The test does not cause any change in chemical state and there is no dispersion of the sample. The same sample can be measured repeatedly, with good reproducibility of results.

4. X-ray fluorescence analysis is a physical analytical method, which allows for the analysis of elements that belong to the same chemical group.

High precision in analysis.

6. Simple sample preparation; solid, powder, and liquid samples can all be analyzed.