Jena High Resolution ICP Emission Spectrometer PQ9000

Application scope:

Qualitative and quantitative analysis of low, trace, and trace metal elements in various samples, as well as some non-metallic elements;

Especially suitable for users with large sample sizes and high requirements for analysis results;

Widely applicable in industries such as petroleum, chemical, metallurgy, steel, geology, agriculture, environmental protection, water quality, food, pharmaceuticals, disease control, materials, quality inspection, etc

Technical features:

Highest resolution+The best optical performance

Improving analytical ability is fundamental, and increasing resolution is keyPQ9000high resolutionICPemerge as the times require.PQ9000high resolutionICPunique0.003nmOptical resolution, currently the highest resolution on the marketICPHigh resolution can significantly improve the signal-to-noise ratio and enhance its performanceBEC(Relatively concentrated background)At the same time,PQ9000Adopting the original Carl Zeiss optical system ensures160nm-900nmContinuous full coverage of wavelengths and better than0.0004nmAccuracy of wavelength.

new generationCCDHigh sensitivity detection of detector

PQ 9000high resolutionICPA new generation with high sensitivity and high quantization efficiency simultaneouslyCCDDetector with better image resolution than0.002nm, can automatically select the best integration time, with at least6A dynamic monitoring range of orders of magnitude, simultaneously recording element lines and their direct spectral environment, automatically removing background, identifying interference spectral lines and less than5A preheating time of minutes can achieve true startup testing.

Unique vertical rectangular tube design with unique bidirectional observation technology

PQ 9000high resolutionICPAdopting innovative and clever advanced design: vertical rectangular tube, bidirectional observation. The design of vertical rectangular tubes can prevent the condensation of salt and carbon particles, as well as the formation of water droplets, which are prone to occur in horizontal rectangular tubes, and can improve the stability of organic and high salt samples;The bidirectional observation design adopted for the top axial and side lateral directions can meet different concentrations(µg/L～%)Simultaneously measure to ensure its sensitivity and detection limit;And the unique intelligent measurement has the advantages of full concentration coverage, no need for grouped measurement, and no need for dilution, achieving the same sample using axial, lateral, and axial measurements simultaneouslyPlusLateral directionPlusthis4This observation method can meet the measurement requirements of different element concentration ranges.

In addition, through axial observation, the highest light intensity can be captured, and the tail flame can be eliminated by using a cold cone and argon gas back blowing. The continuous blowing of argon gas on the light chamber and detector can also eliminate the absorption of ultraviolet light by air and moisture.

The strongest and most stable plasma excitation system

PQ 9000high resolutionICPIt is also equipped with a high-energy and highly stable plasma excitation system, including self-excited, four winding induction coils that facilitate energy transfer, and40.68MHzFrequency and stability are better than0.1%Up to1700WRF transmitter with power and fully automatic mass flow gas control.

In addition to the significant features mentioned above,PQ 9000high resolutionICPEquipped with advanced real-time self diagnostic system(SCS)With user-friendly, intelligent, and systematic analysis software, and designed based on the concept of efficiency and cost saving, it meets the time-saving requirement of testing immediately upon startup(5minute);Gas saving - No need for advance or delayed blowing, all blowing and cooling gases will be introduced into the plasma gas for full utilization;Easy to use - high concentration salt, organic samples, high and low concentrations can be measured in one go;Land saving - the smallest in volumeICPDesktop computer.