X-ray fluorescence analyzer EDX9000B determination of Na2O in sinter ore, K2O, Pb,Zn
Li2B407 zinc used as flux, LiBr as demoulding agent, molten sample preparation; Theory a coefficient method was used to adjust the influence of matrix effect, X-ray fluorescence spectrometry analysis the Na2O in sinter, K2O, Pb, zinc and other trace elements, measuring method are in good agreement with the ICP method, can satisfy the requirement of production analysis
X-ray fluorescence analyzer EDX9000B determination of Na2O in sinter ore, K2O, Pb,Zn
The advantage of EDX9000B mineral analyzer
1.The results of the one you can trust
2. samples of integration rotator rotating sample in the measurement process, to ensure the results are repeatable, even for a non-uniform samples such as powder.
3 user error minimization: analyzer is easy to use, with a simple button start, intuitive user interface and easy to read display.
4 operation cost is low
5 don’t need expensive gas such as helium gas argon – most measurement can be performed in the ambient air or vacuum.
6.little required consumables, maintenance cost is extremely low, especially when compared with other methods, such as ICP).
7 a durable
8 the ore mining analyzer is strong and durable, through on-site validation of components and industrial PC build. These features mean desktop XRF ore tester series is strong enough, can be used in the production facilities of the worst. EDX9000B ore gauge provide factory warranty.
X-ray fluorescence analyzer EDX9000B determination of Na2O in sinter ore, K2O, Pb,Zn
9 quick quality control
10 quick analysis means that our analyzer can be used in the production of any stage, by the rapid feedback material composition and quality.
ESI the fly think EDX9000B plus mineral spectrum analyzer is mainly used in mining operations (grade control) exploration, mining, industrial mineral,Raw materials in the production of cement and building materials, refractories, ceramics and glass, geochemical research, archaeology, etc. EDX9000B plus mine meter excellent linear dynamic range, can be realized in the cement, mineral and mining, metal, glass and ceramic industry for ultra precision process control and quality control.
A new generation of Fast SDD detectors with a new vacuum optical path system and ultra-high resolution technology, For light, medium and heavy elements and common oxides (Na2O, MgO, Al2Os, SiOz, P2O5, SOs, K2O, CaO, TiOz, Cr2Os, MnOFe20s, ZnO and SrO, etc.).
X-ray fluorescence analyzer EDX9000B determination of Na2O in sinter ore, K2O, Pb,Zn
EDX9000B plus mine measurement instrument analysis of outstanding performance, make its can easily complete the testing of the following minerals:
Iron ore (magnetite, hematite, ilmenite, siderite, etcCopper (chalcopyrite, red copper ore, malachite, etc.)
Chrome ore chromium (chromium iron spinel, chromite, bismuth ore, etc.)
Molybdenum (molybdenite, copper, molybdenum, tungsten and molybdenum, etc.)
Tungsten (scheelite, wolframite, tin, tungsten, etc.)
Tantalum ore (tantalite and columbite, pyrochlore, etc.)
Lead-zinc mine (galena, sphalerite and white lead ore, etc.)
Nickel (laterite nickel ore, copper sulfide nickel ore, etc.)
bauxite
Other types of mine
X-ray fluorescence analyzer EDX9000B determination of Na2O in sinter ore, K2O, Pb,Zn
EDX9000B plus mine measurement instrument based on XRF energy dispersive spectroscopy, and its principle and structure as shown below
The principle diagram of the XRF spectrum
