Used Thermo Fisher Inductively Coupled Plasma Spectrometer ICP Spectrometer

Used Thermo Fisher Inductively Coupled Plasma AnalyzerThe multi-element analysis capability of the ICP-OES system ensures that your laboratory can respond to any challenges at any time. Quickly and easily generate consistent and reliable data. Experience enhanced sample throughput, substrate tolerance, and flexibility to generate reliable results.

ICP inductively coupled plasma spectrometer is an elemental analysis instrument based on inductively coupled plasma excitation technology, mainly used to detect the content of heavy metals in water and other samples. Its detection range covers ppb to ppm levels, with typical detection limits of up to 4.3 μ g/L for nickel, 1.4 μ g/L for manganese, 0.7 μ g/L for zinc, 0.4 μ g/L for chromium, and 0.4 μ g/L for copper. The correlation coefficient R value is ≥ 0.999, making it suitable for high-precision quantitative analysis in environmental monitoring and other fields

Technical parameter broadcast editing Detection content range: Quantitative analysis can be completed within the concentration range of ppb to ppm [1] Detection limit characteristics: Nickel (Ni) detection limit is 4.3 μ g/L Manganese (Mn) detection limit is 1.4 μ g/L Zinc (Zn)

The detection limit is 0.7 μ g/L for chromium (Cr) and 0.4 μ g/L for copper (Cu). Data as of January 14, 2021 [1]. Linear correlation: Calibration curve correlation coefficient R ≥ 0.999,

This indicates that the instrument has high linear reliability in quantitative analysis [1]. This instrument is mainly used in the field of environmental monitoring, especially for the detection of heavy metal pollution in water samples,

It can simultaneously measure the content of multiple elements such as nickel, manganese, zinc, chromium, copper, etc. Its high sensitivity enables it to identify trace pollutants as low as sub ppb levels. Working principle broadcast edited by

The high-temperature plasma generated by the high-frequency induction coil (usually up to 6000-10000K) atomizes and excites the sample, and different elements emit characteristic spectra at specific wavelengths, which are measured by a spectroscopic system and detector

Quantitative analysis of element concentration is achieved by determining spectral intensity and combining it with standard curves. Performance feature broadcast editing multi-element synchronous detection: supports rapid analysis of multiple metal elements in one injection.

Anti interference capability: High temperature plasma can effectively reduce chemical ionization interference and improve detection accuracy. Automated operation: Equipped with an automatic sampling system and data processing software, it can achieve high-throughput detection of batch samples.

Used Thermo Fisher Inductively Coupled Plasma Analyzer