Steel Research NakICPThe spectrometer originated from the Iron and Steel Research Institute, thirty-fiveYears of experience in developing inductively coupled plasma spectrometer methods,Dozens of itemsICPDrafting unit of testing standards,Major Scientific Instrument Project《ICPLead Unit for the Development of Trace Analysis Instruments, ICPSpectrometer Product StandardGB/T 36244-2018drafting unit,The most knowledgeableICPDomestic applicationICPSpectrometer manufacturer. State owned enterprise brand, listed company, the choice of quality! Welcome to call for negotiation. Contact: Manager Wen Phone: 400-6218-010 Mobile: 18511681023

Robust and efficient overallSolid state light source ICP spectrometer

All solid state RF generator, small size, high efficiency, fully automatic load matching, fast speed, high accuracy,completeSolid state light source ICP spectrometerIt can adapt to testing various complex matrix samples and volatile organic solvents, and has excellent long-term stability.

The design of vertical torch tubes has better sample tolerance, reduces cleaning requirements, and lowers the consumption of spare torch tubes.

Simple torch tube installation and positioning design, fast positioning, precise position reproduction.

It has a low-power standby mode, which reduces output power and gas flow during standby, only maintains plasma operation, and saves usage costs.

Real time monitoring of instrument operating parameters, high-performance Ethernet andCANIndustrial fieldbus ensures efficient and reliable communication.

Precise optical system

Czerny-TurnerStructural Optical DesignBy using large-area high line density planar holographic gratings, the optical path transmission efficiency is high and the spectral line quality is excellent.

Precise wavelength driving technology,1mThe focal length design of the optical system has excellent wavelength positioning accuracy.

Double grating design, with extremely high spectral resolution throughout the entire wavelength distribution range, the latest design of domestically produced ICP spectrometer.

Equipped with an optical filter system, it automatically switches according to wavelength, effectively removing spectral interference and reducing optical noise.

The gas atmosphere in the light chamber is maintained, and multi-point inflation technology is used to shorten the inflation time of the light chamber, improve the sensitivity and stability of ultraviolet spectroscopy, and can be measured immediately upon startup.

The gas path of the light chamber is independent and can be filled with nitrogen or argon gas.

Three dimensional temperature control system,Ensure long-term stability and no drift of the optical system.

Sample injection system

The instrument is equipped with a series of optimized injection systems, which can be used for high salt applications/Testing of complex matrix samples, samples containing hydrofluoric acid, etc.

Using detachable or integrated torch tubes, easy to maintain, fast to convert, and low-cost to useICP spectrometer.

Use high-precision flow valves or mass flow controllers to control the flow of cooling gas, auxiliary gas, and carrier gas, ensuring long-term stability of testing performance.

4thoroughfare12Roller peristaltic pump, with continuously adjustable pump speed to ensure stable sample introduction.

detector

high sensitivityPMTdetector,Full spectrum response with extremely wide dynamic range and low signal noise.

Optional UV band dedicatedPMTThe detector greatly improves the ability to detect spectral lines in the ultraviolet band.

Wide dynamic range signal processing technologyImprove sample detection capability and obtain faster and more accurate analysis results.

software system

Humanized interface design, smooth and easy to understand, simple and user-friendly, software system optimized for analysis applications, no need for complex method development, can quickly carry out analysis operations, simple and easy-to-useICP spectrometer.

The software spectral line library has7A library of over ten thousand spectral lines, intelligently indicating potential interfering elements, helping users choose and analyze spectral lines reasonably.

The software supports analysis methods such as standard curve method and standard addition method, and has multiple data processing methods such as blank deduction, internal standard correction, and interference correction.Easy to set up testing methods, intuitive display of test results, and multiple report output formats.