Equipment and methods of metals and alloys chemical analysis in various industries
Chemical analysis of the analyte is carried out using chemical, physical and physical- chemical methods, as well as biological methods. Chemical methods are based on the use of chemical reactions, accompanied by easily observed physical effects such as: - the evolution of gas - a solution colour change - a precipitate resolution or formation These are the simplest methods, but not always accurate ones, as it is impossible to determine the composition of the matter accurately based on one reaction.
Unlike with a chemical method, physical and physical-chemical methods are called instrumental, as analytical instrumentation and devices that record the physical properties of matters or changes in these properties used for the analysis. A chemical reaction is not used while performing a physical analysis method, whereas physical properties of matter are measured, which is a function of its composition. For example, spectral analysis studies the frequency of the spectral emissions of matter. Their availability is determined by the existence of lines that typify these elements in the spectrum while their quantitative content is determined by the brightness of the lines.
Spectral analysis equipment Optical emission spectrometers (OES) X-ray fluorescent (XRF) analyzers Laser-induced breakdown spectrometers (LIBS)
Optical emission spectrometers produced by G.N.R. s.r.l. - Analytical Instruments Group , Italy
Optical emission spectrometers produced by G.N.R. s.r.l. - Analytical Instruments Group , Italy Detectors CMOS Optical System Paschen-Runge Wavelength range from170 to 460 nanometers Spark source Multi-frequency spark source. Excitation parameters controlled by computer Extra features auto diagnosis, automatic standardization, network linking and remote control Power Supply 110/220 V AC 16 A 1 KW Dimensions W 50 x L 59 x H 31 cm S1 MiniLab 150 Weight 35 Kg S3 MiniLab 300 Detectors CMOS Optical System Paschen-Runge Wavelength range from 130 to 460 nanometers, if requested to 700 nanometers Spark source Multi-frequency spark source. Excitation parameters controlled by computer Extra features auto diagnosis, automatic standardization, network linking and remote control Power Supply 110/220 V AC 16 A 1 KW Dimensions W 26 x D 73 x H 62 cm Weight 50 Kg
Optical emission spectrometers produced by G.N.R. s.r.l. - Analytical Instruments Group , Italy Detectors CMOS Optical System Paschen-Runge, vertical, Vacuum Pump System, with direct order of accuracy monitoring, without fiber optics Wavelength range from 130 to 900 nm Spark source Multi-frequency spark source. Excitation parameters controlled by computer Extra features auto diagnosis, automatic standardization, network linking and remote control, statistics tables. Power Supply 110/220 V AC 16 A 1 KW Dimensions W90×D36×H621 см S5 - Solaris CCD Plus (SCP) Weight 100 Kg Detectors CMOS S7 - Metal Lab Plus (MLP) First Optical System vertical, Vacuum Pump System, Paschen-Runge, focal length 500 mm Second Optical System aerial, , Paschen-Runge, focal interval 500 mm Wavelength range from 130 to 900 nm Spark source Multi-frequency HEPS spark source. Excitation parameters fully controlled by computer, discharge frequency100 − 1000 Hz, voltage 100 − 500 W. Extra features auto diagnosis, automatic standardization, network linking and remote control Power Supply 110/220 VAC 16A 2.5 KW Dimensions W 93 x D 94 x H 101 cm Weight 160 kg
Optical emission spectrometers produced by G.N.R. s.r.l. - Analytical Instruments Group , Italy Detectors CMOS First Optical System vertical, Paschen-Runge, focal length 750 mm Optical medium dry vacuum Wavelength range from 120 to 900 nm Spark source Multi-frequency spark source, Excitation parameters controlled by computer, HEPS (High Energy Pre Spark) from 200 to 1000 Hz Extra features auto diagnosis, automatic standardization, network linking and remote control Power Supply 110/220 V AC 16 A 1 KW Dimensions W 60 x D 130 x H 120 cm S9 Atlantis Weight 320 Kg E3 Esaport Detectors CMOS First Optical System optical chamber sealed against light and dust, focal length 300 mm Wavelength range from 165 to 610 нм Spark source HEPS technic (High Energy Pre Spark) up to 500 Hz Sonde ergonomical light pistol Power Supply 220 single phase or batteries (optional) Dimensions W 60 cm, D 29 cm, H 51 cm Weight under 23 Kg
Optical emission spectrometers produced by Hitachi High-Tech Analytical Science , Germany
Optical emission spectrometers produced by Hitachi High-Tech Analytical Science , Germany Technical specifications Specification FOUNDRY-MASTER Smart Determination of chemical elements, including C,S,P - Paschen-Runge Optical System: Multi High Resolution CCD system Alloy measurements based Fe, Al, Cu, Ni, Ti, Zn, - Automatic line profiling for every measurement on Pb, Sn, Mg, Co - Replaceable stands for individual matrices allow from 172 nm to 671 you to quickly switch from one material to another - Optical emission spectrometer Foundry-Master nm Wavelength range Smart UVR an excellent solution for incoming metal analysis, foundry casting work analysis and 35 Kg Weight product certification Measurement time 5-10 sec. Technical specifications FOUNDRY-MASTER XPR Specification от 130 нм до 780 нм - Paschen-Runge Vacuum Optical System: Multi High Wavelength range Resolution CCD system of 4096 pixel Alloy measurements Fe, Al, Cu, Ni, Ti, Zn, Pb, - Automatic line profiling during each measurement based on Sn, Co, Mg takes into account the influence of temperature fluctuations and mechanical stresses, excluding the Optical System Vacuum use of thermal stabilization of the optical system Sample maximum - A vacuum optical system, unlike a gas-filled one, weight under 20 Kg can significantly reduce gas (argon) consumption, as well as avoid contaminating impurity of the 70 кг Weight optical system in case of low-quality gas supply. Dimensions 400x650x750 мм Consumption is about 3,000 measurements from a standard 40 litre cylinder
Optical emission spectrometers produced by Hitachi High-Tech Analytical Science , Germany FOUNDRY-MASTER UVR Technical specifications Specification - Paschen-Runge Optical System: Multi High Resolution Fe, Al, Cu, Ni, Ti, Zn, CCD system Basics possible Pb, Sn, Co, Mg - Small, virtually silent vacuum pump designed for Optical System based on everyday intensive work CCD system Paschen-Runge - Ability to analyze thin rods, uneven surfaces, complex shapes thanks to the JetStream argon purge system Wavelength range from 160 nm to 800 - The measuring table of the spectrometer allows you nm to measure large samples weighing up to 15 kg - Dimensions: 368x635x889 mm 70 Kg Weight Power Supply 220W, 50/60 Hz FOUNDRY-MASTER LAB Technical specifications Specification Wavelength range from 130 nm to 780 nm - Vacuum optical system according to the Paschen- Runge scheme using 16 CCD (CCD) high resolution of Alloy measurements Fe, Al, Cu, Ni, Ti, Zn, Pb, 4096 pixels based on Sn, Co, Mg - The vacuum optical system is located at an angle so that it is possible to analyze the spectrum in the deep Optical System Vacuum ultraviolet region, which allows for high-precision Sample maximum weight under 15 Kg analysis of nitrogen, carbon, sulfur, phosphorus Weight with power supply unit PR — 70 Kg LAB — 160 Kg XPR — 400x650x750 mm LAB — 1130x840x720 Main unit dimensions mm
Optical emission spectrometers produced by Hitachi High-Tech Analytical Science , Germany PMI-MASTER UVR Technical specifications Specification Fe, Al, Cu, Ni, Ti, Zn, Pb, - There are three options for removable power Basics possible Sn, Co, Mg supplies: a power supply unit, a battery pack for based on CCD system fieldwork, a cart with a built-in high-capacity battery for use in the workshop according to the Optical System Paschen-Runge scheme - Built-in grade guide for foreign brands and GOST - The ultra-compact optical system in the UV-PRO 170-420 nm (under 671 sensor for low C, S and P analysis Wavelength range nm for Cu, Na, Li) - Dimensions: 355x290x500 mm 28 Kg Weight Battery life 8 hours Technical specifications Specification 170-420 nm (under 671 - The PMI-MASTER SMART portable optical emission Wavelength range nm for Cu, Na, Li) spectrometer is a high-precision analyzer of the PMI-MASTER SMART chemical composition of metals for working in the Alloy measurements based Fe, Al, Cu, Ni, Ti, Zn, Pb, field and any inaccessible places: workshops, on on Sn, Co, Mg racks, construction sites, on pipeline elements - The JetStream argon flow around the electrode Sample maximum weight provides the ability to measure uneven samples, thin under 15 Kg rods, and wire without selecting and using adapters analyzer — 12 Kg, - There are two touch displays - one on the device, and with battery — 15 Kg, the other on the UVTouch sensor. sensor — 1.1 Kg, Weight UVTouch sensor — 2 Kg Main unit dimensions 410x425x235 mm
X-ray fluorescence analyzer produced by Hitachi High-Tech Analytical Science , Germany
Recommend
More recommend
