Analysis Spectrometer Ore Element
Description:
Handheld ore analyzer is used for rapid analysis and determination of non-ferrous metal elements in mining, geology, soil environment, sediment, and sediment. The K-600 portable ore analyzer is very sturdy and durable, and can complete applications with extremely high analysis requirements in extremely harsh environments. K-600 can be used for on-site analysis of various types of ores. The mature X-ray tube analysis system tested on site has no radioactive isotopes, allowing for rapid and comprehensive study of ore types during on-site analysis. It has low sample requirements, but accurate test results can accurately analyze high concentration samples, avoiding confirmatory laboratory testing. The Komax handheld K-600 analyzer can perform multi-element analysis on various ores and is widely used for the detection and analysis of various ores, as well as for slag refining analysis and archaeological research. All natural ores, slag, rocks, soils, and slurries from phosphorus to uranium, including gold, silver, copper, iron, tin, zinc, nickel, molybdenum, iridium, arsenic, lead, titanium, antimony, manganese, vanadium, iodine, sulfur, potassium, phosphate, and uranium ores. The sample being tested can be a tangible object such as a solid, liquid, dust, powder, solid body, fragment, filter material, film layer, etc.
The K-600 introduces digital multi-channel technology, resulting in lower detection limits, higher stability, wider applicability, and performance comparable to desktop computers; The compact and portable size fully plays a role in exploration, prospecting, multi-element detection and analysis of various geological and mineral samples, and slag refining analysis, making exploration work simpler and easier. The K-600 handheld ore analyzer can be used for on-site analysis of various types of ores. The mature X-ray tube analysis system tested on site has no radioactive isotopes, allowing for rapid and comprehensive study of ore types during on-site analysis. It has low sample requirements, but accurate test results can accurately analyze high concentration samples, avoiding confirmatory laboratory testing.
Feature:
1. The X-ray tube light source, multi beam filtering technology, and HP personal digital assistant technology (HP handheld computer) make its measurement range, detection speed, and detection accuracy excellent, and have excellent upgrade potential.
2. Advanced and versatile X-ray data modes were utilized - using Compton normalization correction method, which allows for quantitative analysis using "internal standards" without the need for specialized correction.
3. Basic parameter analysis: Adopting a semi quantitative analysis method, it is suitable for testing samples with uneven structural density composed of various elements.
4. Experimental calibration method: using a "calibration curve" for calibration, allowing the use of user generated calibration curves.
5. Equipped with spectral high point recognition software, the spectrum can be viewed on the display screen
6. Compare spectra and complete comparative analysis with reference to built-in standards.
Advantage:
Detection elements: The standard configuration can detect more than 30 types of elements, and detection elements can be added according to customer needs
Professionalism: Mineral specific analysis software, using intelligent one click testing
*Personalized customization work mode
Multiple mineral sample modes to choose from and an unlimited number of modes to freely add, customizing work modes according to customer needs.
*Fully tap into the value of mines
High definition cameras can provide a more intuitive observation of the detected mineral veins or mining sites, and accurately manage and control the mining process, detecting ore grade at any time.
*Accurate and rapid analysis of ore, concentrate, and tailings during the beneficiation process provides a value judgment basis for the determination of ore grade, mineral trade, processing, and reuse.
*Environmental monitoring
Monitor and detect heavy metals in the soil around mining sites, evaluate the remediation status of the mining environment, and monitor the surrounding environment to the maximum extent possible.
Specification:
Detection elements | can be used for metal elements in ore and soil environments, such as Mg, Al, Si, P, S, Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Hf, Ta, W, Hg, Se, Au, Br, Pb, Bi, Zr, Nb, Mo, Ag, Cd, Sn, Sb, Re, Ir, Pt, Hg, Ru, Rh, Pd, etc. (Red represents the SDD detector configuration) |
Detectors | Moxtek Si pin (6 mm2) from the United States, Amptek Si pin (25 mm2) from the United States, KETEK SDD detectors from Germany |
Excitation source | high-power micro straight plate X-ray tube, W target, 4W high-power X-ray tube, tube voltage 50KV, tube current up to 100 μ A; |
Adopting KMX technology, with higher X-ray counting rate and ultra-low electronic noise design. Before each test, there is no need for external standard samples and automatic energy calibration verification; | |
Filter: Equipped with 8 filters that can be automatically switched based on the test elements | |
Testing method: Basic parameter method, supporting empirical coefficient method correction | |
Touch or pull the trigger to control the start of the test, and the test process does not require a long pull of the trigger. | |
Operating system: Window CE 6.0 operating system, safe and reliable | |
Operating system: Window CE 6.0 operating system, safe and reliable | |
Standard configuration mode: ore mode; Optional modes: alloy analysis mode, soil analysis mode | |
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