M4000 Spark OES Spectrometers for Alloy Analysis M4000 Spark OES Spectrometers creatively combined with world leading argon circulation technology enables the analysis of Fe, Al, Cu and other bases materials.High quality OES is an ideal solution to fast and accurate quantitative analysis near the furnace, metal material quality control and scientific research. Optical System Paschen-Runge optical system Mult-CCD detectors with high resolution Wavelength range: 175-520nm Optics sealed argon circulation system Spark Stand Open sample clamp Easily operated sample clamp adapted to different sample geometrics Optimized argon circuit design Easy to clean and maintenanceExcitation Source Programmable pulse digital source Maximum discharge frequency: 1000 Hz Maximum discharge current: 400 A Spark ignition pulseï¼?1-14kV Spark excitation pulseï¼?20-230V Arc excitation pulseï¼?20-60V Excitation Hole:13mm high quality OES, Spark OES Spectrometers, spark oes for sale Argon Requirement Purity requirementï¼?99.999% Input pressureï¼?0.5MPa Max 3.5L/min in sparking Average standby flow: 1L/min
M4000 Spark Oes Optical Emission Spectroscopy M4000 Spark Oes Optical Emission Spectroscopy creatively combined with world leading argon circulation technology enables the analysis of Fe, Al, Cu and other bases materials. Spark Oes Spectrometer is an ideal solution to fast and accurate quantitative analysis near the furnace, metal material quality control and scientific research. Optical System Paschen-Runge optical system Mult-CCD detectors with high resolution Wavelength range: 175-520nm Optics sealed argon circulation system Spark Stand Open sample clamp Easily operated sample clamp adapted to different sample geometrics Optimized argon circuit design Easy to clean and maintenanceExcitation Source Programmable pulse digital source Maximum discharge frequency: 1000 Hz Maximum discharge current: 400 A Spark ignition pulseï1-14kV Spark excitation pulseï20-230V Arc excitation pulseï20-60V Excitation Hole:13mm Argon Requirement Purity requirementï99.999% Input pressureï0.5MPa Max 3.5L/min in sparking Average standby flow: 1L/min Spark Oes Optical Emission SpectroscopyïSpark Oes Spectrometer, high quality oes spectroscopy low price Electrical and Environmental Requirement AC220V±20V,50Hz
M4000 Spark Oes For Material Testing M4000 Spark Oes For Material Testingcreatively combined with world leading argon circulation technology enables the analysis of Fe, Al, Cu and other bases materials. Spark oes( oes testing) is an ideal solution to fast and accurate quantitative analysis near the furnace, metal material quality control and scientific research, oes material testing. Optical System Paschen-Runge optical system Mult-CCD detectors with high resolution Wavelength range: 175-520nm Optics sealed argon circulation system Spark Stand Open sample clamp Easily operated sample clamp adapted to different sample geometrics Optimized argon circuit design Easy to clean and maintenanceExcitation Source Programmable pulse digital source Maximum discharge frequency: 1000 Hz Maximum discharge current: 400 A
M5000 Spectrometer for Metal Trace Analysis Introduction M5000 spectrometer for metal trace analysis is a compact desktop spectrometer for metal analysis based on CCD technology. spectrometer for metal analysis design combines high performance with rugged construction and operational convenience with reliable operation. The programmable digital spark source, optimized optical system, auto spectrum correction, digital controlled and data capturing and durable spark stand enable you to obtain fast, reliable and accurate result for metal analysis. M5000 has established itself well in China market and keeps offering high performance with minimal operating costs. It covers the wavelength range 140nmï½?680nm,permitting the metal analysis of all elements required by the metals industry. Pre-defined calibrations are set up in factory and can be adjusted to fit special analyzing requirements. M5000 is built under strict manufacturing and quality control procedures with ISO 9001.
M5000 Stationary Metal Material Testing Analyzers Introduction M5000 stationary metal material testing analyzersis a compact desktop spectrometer for metal analysis based on CCD technology. Metal material analyzer design combines high performance with rugged construction and operational convenience with reliable operation. The programmable digital spark source, optimized optical system, auto spectrum correction, digital controlled and data capturing and durable spark stand enable you to obtain fast, reliable and accurate result for metal analysis. M5000 metal testing analyzershas established itself well in China market and keeps offering high performance with minimal operating costs. It covers the wavelength range 140nmï½?680nm,permitting the analysis of all elements required by the metals industry. Pre-defined calibrations are set up in factory and can be adjusted to fit special analyzing requirements. M5000 is built under strict manufacturing and quality control procedures with ISO 9001. Metal analyser,metal material analyzer,metal testing analyzershot sale - M5000 Metal Analyzer M5000 Metal AnalyserModel
M5000 Metal Alloy Analyzer Spectrometer Introduction M5000 metal alloy analyzer is a compact desktop spectrometer for metal analysis based on CCD technology. metal analyzers design combines high performance with rugged construction and operational convenience with reliable operation. The programmable digital spark source, optimized optical system, auto spectrum correction, digital controlled and data capturing and durable spark stand enable you to obtain fast, reliable and accurate result for metal analysis. M5000 spectrometer metal analyzer has established itself well in China market and keeps offering high performance with minimal operating costs. It covers the wavelength range 140nmï½?680nm,permitting the analysis of all elements required by the metals industry. Pre-defined calibrations are set up in factory and can be adjusted to fit special analyzing requirements. M5000 is built under strict manufacturing and quality control procedures with ISO 9001.
FPI MiX5 Portable XRF spectrometer 1.Overview FPI MiX5 handheld X-ray fluorescence (XRF) analyzers( FPI MiX5 Portable XRF spectrometer ) enables fast, accurate and non-destructive analysis of a variety of materials with the world's leading X-ray fluorescence analysis techniques. It can determine the metal grades in seconds, with excellent metal analytical ability. Analysis results of laboratory level can be achieved with extra testing time. MiX5 series can analyze element composition of ferrous, nonferrous metals and alloy Enable customers to get accurate analysis results in quality control, material sorting, alloy identification, security, accident investigation etc. Manufacture FPI MiX5 Portable XRF spectrometer 2.Features (1). Optimised calibrations making reliable testing FPI MiX5 series combine a robust fundamental parameters (FP) method and empirical calibrations for superior precision and accuracy. Simply select the application that you need and analysis can be finished in seconds.
M4000 Optical Emission Analyzer for Alloy Analysis M4000 optical emission analyzer for alloy analysis creatively combined with world leading argon circulation technology enables the analysis of Fe, Al, Cu and other bases materials.Emission analyzer is an ideal solution to fast and accurate quantitative analysis near the furnace, metal material quality control and scientific research. Optical System Paschen-Runge optical system Mult-CCD detectors with high resolution Wavelength range: 175-520nm Optics sealed argon circulation system Spark Stand Open sample clamp Easily operated sample clamp adapted to different sample geometrics Optimized argon circuit design Easy to clean and maintenance Excitation Source Programmable pulse digital source Maximum discharge frequency: 1000 Hz Maximum discharge current: 400 A Spark ignition pulse1-14kV Spark excitation pulse20-230V Arc excitation pulse20-60V Excitation Hole:13mm Argon Requirement Purity requirement99.999% Input pressure0.5MPa Max 3.5L/min in sparking Average standby flow: 1L/min Electrical and Environmental Requirement AC220V±20V,50Hz Max 400VA in sparking Average standby power 50VA Room temperature: 1030 Storage temperature045 Relative humidity: 20%80% M4000 Alloy Analyzer Model ModelWavelengthDescription M4000 N175-520 nmAvailable for bases such as Fe, Al, Cu M4000 S200-520 nmAvailable for bases of Al, Cu Supply optical emission analyzer for alloy analysis, emission analyzer, optical analyzer, alloy analyzer in China. Alloy analyzer is an ideal solution to fast and accurate quantitative analysis near the furnace, metal material quality control and scientific research
Metal Analyzer, OES, Metal Analyser, FPI Metal Analyzers, Stationary Metal Analyzers, ICP OES Spectrometers, Spectrometer Price, OES Sample Preparation, XRF Sample Preparation.
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LNG Liftable Quantity refers to the amount of Liquefied Natural Gas (LNG) available for transport or delivery at a given time. This quantity is ideal for large-scale energy projects, offering flexibility and efficiency for customers requiring consistent, on-demand natural gas supplies.
Automotive Gas Oil (AGO) is a high-quality diesel fuel commonly used in transportation and heavy-duty vehicles. Known for its superior combustion properties, it ensures efficient engine performance, reduced emissions, and long-lasting reliability for vehicles and machinery.
Liquefied Petroleum Gas (LPG) is a versatile, clean-burning fuel primarily used for heating, cooking, and industrial applications. Stored in liquid form under pressure, it offers a reliable and efficient energy source with low environmental impact and high energy content.
Liquefied petroleum gases LPG A group of hydrocarbon gases primarily propane normal butane and isobutane derived from crude oil refining or natural gas processing These gases may be marketed individually or mixed Liquefied petroleum gas also referred to as LPG or LP gas is a fuel gas which contains a flammable mixture of hydrocarbon gases specifically propane nbutane and isobutane LPG any of several liquid mixtures of the volatile hydrocarbons propene propane butene and butane It was used as early as 1860 for a portable fuel source and its production and consumption for both domestic and industrial use have expanded ever since A typical commercial mixture may also contain ethane and ethylene as well as a volatile mercaptan an odorant added as a safety precaution
Automotive Gas Oil (AGO) is also known as diesel because it is� a by-product of crude oil. It is gotten in the mid-boiling range of the crude oil refining process. AGO is a less flammable fuel compared to other petroleum products such as premium motor spirit. AGO is used in two main types of vehicles namely heavy-duty vehicles, such as trucks and buses and light-duty vehicles, such as vans and passenger cars. Both oil and natural gas are made up primarily of hydrocarbon (H), which is a chemical compound consisting entirely of carbon (C) and hydrogen (H). They can be classified further into a variety of types depending on the structure of molecules and how they are bound.
liquefied natural gas LNG natural gas primarily methane that has been liquefied for ease of storing and transporting Liquefied natural gas LNG is 600 times smaller than natural gas when the latter is in its gaseous form and it can be easily shipped overseas LNG is produced by cooling natural gas below its boiling point 162 C 259 F and is stored in doublewalled cryogenic containers at or slightly above atmospheric pressure It can be converted back to its gaseous form by simply raising the temperature Natural gas is a hydrocarbon mixture consisting primarily of saturated light paraffins such as methane and ethane both of which are gaseous under atmospheric conditions The mixture also may contain other hydrocarbons such as propane butane pentane and hexane In natural gas reservoirs even the heavier hydrocarbons occur for the most part in gaseous form because of the higher pressures They usually liquefy at the surface at atmospheric pressure and are produced separately as natural gas liquids NGLs either in field separators or in gas processing plants Once separated from the gas stream the NGLs can be further separated into fractions ranging from the heaviest condensates hexanes pentanes and butanes through liquefied petroleum gas LPG essentially butane and propane to ethane This source of light hydrocarbons is especially prominent in the United States where natural gas processing provides a major portion of the ethane feedstock for olefin manufacture and the LPG for heating and commercial purposes
