Introduction: ICP spectrometer (ICP-AES/OES) is mainly used for the analysis of trace/trace elements. The elements that can be analyzed are most metals and a small amount of non-metals such as silicon and phosphorus, with a total of 72 kinds. It is widely used in rare earth, precious metals, alloy materials, electronic products, medicine and health, metallurgy, geology, petroleum, chemical industry, commodity inspection, environmental protection and the analysis and testing of NdFeB, silicon, ferrosilicon, tungsten, molybdenum and other industries. Qualitative or quantitative analysis from ultra-trace to constant. Technical parameter: 1. Wavelength range: 190～500nm (3600L/mm grating) or 190～800nm (2400L/mm grating); 2. Resolution: 0.006nm (3600L/mm grating) or 0.01nm (2400L/mm grating); 3. Wavelength indication error and repeatability: wavelength indication error≤0.02nm, repeatability≤0.003nm; 4. Scanning step: 0.0004nm; 5. Repeatability: RSD≤1.0%; 6. Stability: RSD≤1.5%; 7. Detection limit: ppb level; 8. Analysis of element range: more than 70 kinds of metal and non-metal elements; 9. Linear range: more than 7 orders of magnitude, and the self-priming effect is extremely low; 10. Analysis speed: the fastest scanning is more than 25 elements per minute; 11. Grade certificate: National Measuring Instrument Type Approval Grade A (and far superior to Grade A).
Introduction: ICP spectrometer (ICP-AES/OES) is mainly used for the analysis of trace/trace elements. The elements that can be analyzed are most metals and a small amount of non-metals such as silicon and phosphorus, with a total of 72 kinds. It is widely used in rare earth, precious metals, alloy materials, electronic products, medicine and health, metallurgy, geology, petroleum, chemical industry, commodity inspection, environmental protection and the analysis and testing of NdFeB, silicon, ferrosilicon, tungsten, molybdenum and other industries. Qualitative or quantitative analysis from ultra-trace to constant.
