{"product_id":"inductively-coupled-plasma-test-icp","title":"Inductively Coupled Plasma Test (ICP)","description":"\u003cp\u003eProduct Name Inductively Coupled Plasma Test (ICP) Product Overview English Introduction: Inductively Coupled Plasma (ICP) detection is a core precision testing technology for the quantitative analysis of heavy metals, major and trace elements in materials, environmental, chemical, food and geological fields. It is mainly divided into two testing modes: ICP-OES (Inductively Coupled Plasma Optical Emission Spectroscopy) and ICP-MS (Inductively Coupled Plasma Mass Spectrometry). The high-frequency plasma excites various elements in the sample digestion solution, and combines spectral acquisition or mass spectrometry screening technology to realize simultaneous qualitative and quantitative accurate detection of multiple elements. It features simultaneous multi-element testing, low detection limit, wide linear range and high precision. ICP-OES is suitable for batch detection of conventional major and trace elements with high cost performance, while ICP-MS has ultra-trace detection capability and higher sensitivity, applicable to ultra-low content element analysis at ppb and ppt levels. Equipped with Agilent 720 series high-end testing equipment from the United States, this testing service can match corresponding detection schemes according to the number of elements and content levels required by customers, adapting to various sample systems such as solid powder and liquid solution. Compliant with national, ISO and ASTM standards, the test data is widely used in academic paper publication, new material composition analysis, environmental monitoring, industrial product quality inspection, mineral composition calibration and project conclusion application. Technical Parameter English Parameters: Instrument Model: American Agilent 720 series ICP optical spectrum\/mass spectrometry combined testing equipment, a high-end precision elemental analyzer commonly used in scientific research and industry Testing Modes: Supports dual modes of ICP-OES optical emission spectrum detection and ICP-MS mass spectrum detection, switching major, trace and ultra-trace element analysis schemes on demand Element Coverage: Capable of detecting metal elements and partial non-metal elements, covering full categories of conventional metals, heavy metals, rare earth elements and trace impurity elements Detection Limit Performance: ICP-OES achieves accurate ppm-level detection; ICP-MS realizes ppb-ppt level ultra-trace detection, meeting the precise analysis requirements of ultra-low content elements Optical System: Adopts high-resolution echelle grating spectrum system with a wavelength coverage of 165–900nm and a massive spectral line library, avoiding element spectral line interference with high resolution and strong anti-interference ability Plasma System: 27.12MHz solid-state high-frequency generator with stable and adjustable power, stable plasma flame state and high sample atomization and ionization efficiency Linear Range: Dynamic linear range ≥10⁶, enabling simultaneous detection of high-concentration major elements and low-concentration trace elements without multiple dilution tests Detection Accuracy: Precision RSD ≤1% with excellent test repeatability and strong matrix adaptability for complex matrix sample systems System Configuration: Equipped with fully automatic sampling system, precise temperature-controlled optical chamber and real-time plasma monitoring system, realizing full-process automatic detection with extremely low manual error Product Features Imported high-end equipment with authoritative and universal data: Adopts original Agilent 720 series precision testing equipment from the United States, a benchmark instrument for university scientific research, third-party testing institutions and industrial quality inspection. The test data complies with national and international general standards and can be directly used for SCI papers, patent applications, project conclusions and authoritative test reports. Dual detection modes for accurate on-demand matching: Differentiates ICP-OES conventional element detection and ICP-MS ultra-trace element detection. The high-cost-performance OES scheme is selected for medium and high-concentration elements, and the high-precision MS scheme for ultra-low trace and heavy metal trace analysis, fully covering all types of detection scenarios. Graded pricing with high cost performance: Charges strictly according to the number of detected elements with transparent stepped pricing for ≤5, 6-10, 11-15 and \u0026gt;15 elements without hidden consumption, enabling flexible cost control according to detection requirements. Simultaneous multi-element testing with high efficiency: A single instrument test can complete qualitative and quantitative analysis of dozens of elements simultaneously without separate single-element testing, greatly shortening the detection cycle and adapting to the detection needs of batch samples and multi-component materials. Ultra-low detection limit and strong precision stability: ICP-MS realizes ppt-level ultra-trace analysis, effectively capturing trace impurities and ultra-low content functional elements. The equipment has strong anti-matrix interference ability, with far better data repeatability and stability than traditional atomic absorption detection. Wide adaptability for trace samples: Only 10mg powder or 3mL solution is required for digestion and testing, suitable for multi-element composition analysis of rare samples, trace experimental samples and high-value new materials. Full-process standardization with complete traceability: Adopts standardized processes for sample digestion, constant volume, testing, calibration and data analysis, equipped with standard curves and blank controls. The accurate and traceable data meets the requirements of refined scientific research analysis and industrial compliant quality inspection. Application Fields Environmental Monitoring Field: Detection of heavy metals and trace metal elements in surface water, groundwater, industrial wastewater, domestic sewage, soil, sediments and solid waste samples, used for environmental pollutant traceability, environmental compliance detection and pollution control effect evaluation. New Material and Chemical Industry Field: Analysis of metal impurities and functional element content in catalytic materials, energy storage materials, inorganic powders, polymer materials and chemical raw materials, supporting material modification, formula optimization, purity calibration and product quality control. Geological and Mineral Field: Quantitative analysis of major, trace and rare earth elements in ores, mineral powders and geological sediments, used for mineral composition identification, resource reserve evaluation and mineral classification research. Food and Pharmaceutical Field: Detection of heavy metal residues and harmful elements in food raw materials, health food, Chinese medicinal materials, pharmaceutical preparations and medical accessories to ensure food and drug safety and meet industry compliance quality inspection standards. New Energy and Semiconductor Field: Detection of trace metal impurities in lithium battery materials, photovoltaic materials, semiconductor substrates and electronic pastes, avoiding the negative impact of impurity elements on device performance, cycle life and stability. Metallurgical and Metal Material Field: Multi-component element content detection of alloys, metal powders, metallurgical auxiliary materials and metal products, accurately calibrating material composition ratio and supporting metallurgical process optimization and product grade judgment. Scientific Research Mechanism Research Field: Comparison of element content before and after material modification, accurate calibration of element doping amount and traceability analysis of impurity elements for various materials, providing core quantitative data for material performance mechanism, modification mechanism and process optimization.\u003c\/p\u003e","brand":"xfnano","offers":[{"title":"1 sample ICP-OES (≤5 elements); 6-10 elements 700 yuan; 11-15 elements 900 yuan; \u003e15 elements 1000 yuan 111279 \/ Store at room temperature \/ 365days","offer_id":57280582418810,"sku":"111279","price":78.13,"currency_code":"USD","in_stock":true},{"title":"1 sample ICP-MS (≤5 elements); 6-10 elements 7550 yuan; 11-15 elements 950 yuan; \u003e15 elements 1050 yuan 111280 \/ Store at room temperature \/ 365days","offer_id":57280582451578,"sku":"111280","price":85.94,"currency_code":"USD","in_stock":true}],"thumbnail_url":"\/\/cdn.shopify.com\/s\/files\/1\/0907\/3606\/6938\/files\/1_27871cef-ce01-415a-9a0e-d29d5e516d17.png?v=1780024497","url":"https:\/\/chinanano.com\/products\/inductively-coupled-plasma-test-icp","provider":"xfnano","version":"1.0","type":"link"}