The full spectrum direct reading inductively coupled plasma emission spectrometer is used to determine the content of major, trace, and trace elements in different samples. It can be used for qualitative, semi quantitative, and precise quantitative analysis of elements in samples, with a detection limit of up to one part per billion.
Spesifikasi: Input power supply: AC 220V, current 20A Input power: 700-1500W Power Efficiency: Greater than 70% Output power stability: <0.01% Power frequency: 27.12MHz Frequency Stability: <0.01% Observation method: Vertical observation Stability: Relative standard deviation RSDElement detection limit (ug/): Most elements range from lppb to 10ppb Repeatability: (i.e. short-term stability) relative standard deviation RSD<0.5%% Test speed: The reading time of a single spectral line CID is only 2 seconds, and all elements can be measured within 20 seconds Output working coil: silver plated high-firequency coil with an inner diameter of 25mm and 3 turns Total argon consumption: The total argon consumption is less than l4L/min Atomization chamber: Double tube atomization chamber, optional with swirl atomization chamber Peristaltic pump: five channels and sixteen rollers, with adjustable speed according to the required flow rate Three concentric quartz torch tube: outer diameter 20mm; Multiple models available in different industries Efficient imported atomizer: concentric circular atomizer with an outer diameter of 6mm, Multiple models available, high salt, Hf resistant, etc Detector type: American original Thermo Charge Injection Detector (CD) Target size: 27.6×27.6mm,1024 Quantum efficiency: No coating, up to 35% in the 200nm ultraviolet region Detector cooling: high-efficiency three-level semiconductor cooling, cooling temperature -45℃ Reading methods: Non destructive reading (NDRO), full amplitude reading (F), and arbitrary read integration (RAI) Grating: medium stepped grating, 52.67lp/mm, 64° flare angle Light chamber: distributed precision constant temperature, 35 + 0.1 ° Prism: ultrapure Corning ultraviolet fused silica, with filtration greater than 99% at 170nm Stray light: Equivalent background concentration of 10000ppmCa solution at As189.042nm<2ppm
Benchtop X-ray fluorescence (XRF) analyzers are compact and stylish for the consumer showroom environment. Our benchtop XRF analyzers include precious metal analyzers for proving the purity and composition of gold, silver, jewelry, coins, watches, and other valuable objects. Benchtop XRF analyzers are used by jewelry stores and pawn shops to accurately price the valuables they buy and sell. Using a simple and safe testing process, these analyzers deliver precious metal content, karatage, and fineness in seconds without damaging valuables. Verify authentic jewelry made of gold, silver, palladium, platinum, and other precious metals on the spot.
Evident offers a range of compact, handheld, and benchtop X-ray fluorescence (XRF) analyzers to bring the analysis to where you need it. Our analyzers provide fast, accurate, and nondestructive elemental analysis. Portable XRF analysis can be used on location in various industries, bringing laboratory-quality results to the field. The speed of XRF also makes it perfect for automated or continuous testing on the production line. We offer analyzers purpose-built for in-line inspection. All our analyzers offer speed, power, ease of use, and accuracy for a wide range of material characterization applications.
Evident offers a range of compact, handheld, and benchtop X-ray fluorescence (XRF) analyzers to bring the analysis to where you need it. Our analyzers provide fast, accurate, and nondestructive elemental analysis. Portable XRF analysis can be used on location in various industries, bringing laboratory-quality results to the field. The speed of XRF also makes it perfect for automated or continuous testing on the production line. We offer analyzers purpose-built for in-line inspection. All our analyzers offer speed, power, ease of use, and accuracy for a wide range of material characterization applications.