Elemental Analysis Platform

Carbon content determines the properties and uses of materials, and changes in carbon content also directly reflect the smelting process; while sulfur is a harmful element in metal materials, and the sulfur content as raw and auxiliary materials needs to be controlled in the smelting process. Therefore, the rapid and accurate determination of sulfur and carbon content in the smelting process and finished product analysis is of great significance. High-frequency infrared carbon-sulfur analyzer can quickly determine carbon and sulfur content with wide measurement range and accurate analysis results, which is suitable for various materials, including alloys, iron and steel, non-ferrous metals, ceramics and so on.

The OC/EC concentration in aerosols can be measured in real time and continuously by the Multi-wavelength Thermal/Optical Carbon Analyzer, which is helpful to analyze the contribution rate of different pollution sources to aerosols qualitatively and quantitatively. Its application fields mainly include air quality and climate change research, network application research of particle species trend, application of particle source analysis and carbon particle analysis.

Chemical method is the most classical method of organic element analysis. With the progress of science and technology, the instrumental method has become the main means of element analysis. Element analyzer can quickly and accurately determine the composition of chemical compounds (C, H, N, S, O). It can be widely used in chemical, pharmaceutical, materials, agricultural products and other industries. In addition, it can also provide accurate analytical reports.

The element analysis-isotope ratio mass spectrometer is a combination instrument which connects the element analyzer and the isotope ratio mass spectrometer through the interface. It combines the performance of the elemental analyzer and the isotope ratio mass spectrometer. This method can be used not only for the determination of C, H, N, O, S content in solid samples, but also for the determination of dual elements and stable isotope ratios. At present, it is widely used in food, chemical, pharmaceutical, materials, environmental and other fields.

The element analyzer catalyzes and decomposes the sample in a high-temperature oxygen-enriched environment, and the resulting gas mixture is effectively separated by a special adsorption-desorption attachment device after the interference is removed. Then the thermal conductivity detector is used to detect the corresponding gas separately. The element analyzer is the most versatile instrument in CHNS+O+Cl analysis, ensuring baseline separation of all types of samples under all circumstances, from pharmaceutical analysis to soil analysis, sediment research to food analysis. It applies to all applications of high-end solutions.

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