Division of the Chemical Analysis

The division of the Chemical Analysis is responsible for inorganic elemental analysis of various metallic materials like low alloy steels, Ni- and Co-based superalloys, pure metals and intermetallics, as well as building up new material analysis methodologies, including quantitative, semi-quantitative and qualitative analysis utilizing chemical and instrumental analysis methods, such as traditional chemical analysis methods, molecular absorption spectrum, atomic emission spectroscopy, atomic absorption spectroscopy, infrared absorption spectrum, X-ray fluorescence spectroscopy and spark optical emission spectrometer, etc.

Inductively coupled plasma-atomic emission spectrometer

Model: Optima 7300DV
Manufacturer: PerkinElmer
Major functions: Determination of medium low content elements of metal materials, metallurgical raw and accessory materials.
Main characteristics: Fast and simultaneous multi-elemental determination.

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Atomic absorption spectrometer

Model: Analyst AA800 and Analyst AA600
Manufacturer: PerkinElmer
Major functions: Determination of contents of multi-elements (K, Na, Ca, Mg, Mn, Cu, and Zn, etc) in metal, alloy, metallurgical raw and accessory materials.

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X-ray fluorescence spectrometer

Model: Axios
Manufacturer: PHILIPS
Main functions: Quantitative identification and quantitative analysis of elements in metals, alloys, metallurgical raw and accessory materials.
Main characteristics: Nondestructive testing, simple and fast.

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Carbon sulfur infrared analyzer

Model: CS600
Manufacturer: LECO
Main functions: C and S content determination of metals and alloys.
Detection range: C: 0.0004-3.5%, S: 0.0004-0.4%.

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Spark optical emission spectrometer

Model: ARL4460
Manufacturer: Thermo-Fisher
Main functions: Determination of medium low content elements in iron, steels, alloys and other materials.
Main characteristics: Quick and simultaneous multi-elemental determination.