vacuum alloy analyzer
A650 Vacuum type Compact portablehigh precision alloy analyzer metal spectrometer
Introduction
A650 X-ray fluorescence analyzer is a high-end analytical instrument developed for many years by the Best Spectrum Instrument, which is specially customized for non-ferrous metals, ferrous metals, mineral processing and smelting, and geological industries.
A650 Vacuum type Compact portablehigh precision alloy analyzer metal spectrometer
Technical specification
| Measuring element range | From sodium to uranium. | Measured concentration range | ppm — 99.99% (different elements, different analysis range) |
| State of measurement object | Powder, solid, liquid | Elemental analysis ability | Dozens of elements ranging from sodium (Na) to uranium (U) can be measured at a time |
| Optimal resolution | 129eV±5eV | Optimum analysis accuracy | RSD≤0.1% (National standard sample) |
| Analysis time | Single test time is adjustable | Refrigeration mode | Electric refrigeration, without any consumables |
| Large sample cavity size | 400mm x 340mm x 80mm | Vacuum sample chamber size | Phi 100 mm x h75mmAppearance size |
| Appearance size | 700mmx510 mmx336mm | Working power supply | AC 220V ±5V, 50Hz |
| Working environment | Indoor temperature 15 ~ 30oC; Relative humidity ≤80% (no condensation) | Machine weight | 56KG |
Performance characteristics
| Analytical efficiency | With high speed, high precision and high efficiency, the self-developed analysis software can simultaneously complete the synchronous and accurate analysis of dozens of elements from 11 sodium (Na) to 92 uranium (U) within 1-120 seconds | Functional advantage | 1. Appearance design: generous and beautiful, durable, multiple safety protection mode. 2. Collimating filter system: collimating + multi-combination filter, software automatic switch, meet a variety of test applications. 3. SES signal processing system (digital multi-channel) independently developed is adopted to effectively improve the peak back to back ratio and make the measurement more accurate. 4. Multi-dimensional heat dissipattem: Optimize the integrated heat dissipation design to improve the heat dissipation performance of the whole machine and ensure the operation safety of the X-ray source 5. Radiation safety system: multiple anti-radiation leakage design, radiation protection level belongs to the highest of similar products 6. Vacuum system: Select the vacuum system, optimize the test environment, improve the analysis accuracy of magnesium, aluminum, silicon, phosphorus, sulfur and other light elements, and greatly expａnd the analysis ability of EDX8000H analyzer. 7. Unique movement temperature monitoring technology ensures the safe and reliable operation of the ray source, effectively prolongs its service life and reduces the use cost |
| Hardware advantage | The whole set of core components is imported 1. Detector: The original Amptek silicon drift SDD probe from the United States, with the lowest resolution of 129eV±5eV, excellent energy linearity and energy resolution, peak-to-back ratio. 2. X-ray tube: maximum power 50W, tube voltage 5-50KV, tube current 0-1000uA; Long life X-ray tube. 3. High voltage power supply: maximum power 50 W, voltage 0-50 KV, current 0-1000uA. 8-hour stability ≤0.05%. 4. Signal processor: Adopt imported signal processor, adapt to high resolution and high count rate, self-tuning magnification, the maximum number: 4096. | Software advantage | Danaher and our company jointly developed the Chinese version of X-ray fluorescence analysis software, which integrates empirical coefficient method, theoretical α coefficient method, linear fitting, quadratic curve, strength correction, content correction and other analysis methods to fully ensure the accuracy of test data. |
Instrument configuration
| System standard configuration | 1. Digital multi-channel SDD detector 2. X-ray sources 3. High voltage power supply 4. Sex to noise ratio electronic circuit system 5. Optical path enhancement system 6. 8 collimation +5 filter 7. Digital multichannel analyzer 8. Vacuum pumping system 9. Branded inkjet printers 10. Branded computers 11. X fluorescence full element analysis software 12. Sample cup and fuse 13. Regulated power supply for spectrum (optional) | System selection | 1. Special Grinding machine for spectrum (optional) 2. Spectroscopic Fusion Machine (Optional) 3. Special Powder Making machine for Spectrum (optional) 4. Platinum Crucible for melting sample (optional) 5. Special Tablet press for spectrometer (optional) |
Product application
A-650 spectrometer can analyze the following samples and elements (oxides) :
| Sample type | Element category |
| Sinter/pellet ore | TFe, Si, Ca, Mg, Al, Mn, Ti, P, S, K, V, etc |
| Blast furnace slag/converter slag | TFe, Si, Ca, Mg, Al, Mn, Ti, P, S, K, V, etc |
| Refining slag | Al, Ca, Si, Mg, Fe, Ti, etc |
| Premelted slag | Ca, Mg, Al, Si, Fe, P, S, etc |
| Calcium aluminate | Si, Al, Fe, Ca, Mg, etc |
| Calcium ferrite | Fe, Al, Ca, Si, S, P, etc |
| Manganese-rich slag | Mn, Fe, P, S, Si, Al, Ca and other elements |
| Iron concentrate powder/iron ore | TFe, Si, Ca, Mg, Al, Mn, Ti, P, S, K, V, etc |
| Hematite/magnetite | TFe, K, Na, S, P, Al, Si, Mg, Ca, Mn, Zn, Cu, Ti, etc |
| Lead-zinc ore | Pb, Zn, Ag, Cu, Sn, Fe, S, Cd, Mo, As, etc |
| Manganese ore | Mn, Si, P, S, Al, Ti, K, Zn, Ca, Mg, etc |
| titanite | Ti, Mn, Fe, Si, P, S, Al, K, Zn, Ca, V, Cu, Mg, etc |
| Copper mine | Mn, Fe, S, Cu, Pb, As, Au, Cd, Zn, Ag, Mg, etc |
| chromite | Fe, P, S, Al, Cr, Ca, Mg, Si, etc |
| refractory | High silica clay Si, Al, Fe, Ca, Mg, K, Na, S, P, etc High alumina, Al, Fe, Ti, Na, K, Mn, Ca, Mg, Si, P, etc High magnesium magnesia Mg, Ca, Si, Al, Fe, etc |
| corundum | White corundum Al, Na, Si, Ca, Fe, etc Brown corundum Al, Si, Ti, Fe, etc Black corundum Al, Si, Ti, Fe, etc Chrome corundum Al, Na, Cr, Fe, etc Zirconium corundum Zr, Si, Al, Na, Fe, Ti, Ca, Mg, K, etc |
| Cement raw/clinker | Si, Al, Fe, Ca, Mg, K, Na, S, Cl-, etc |
| limestone | S, P, Al, Si, Fe, Ti, Mn, Sr, Ca, Mg, etc |
| dolomite | S, P, Al, Si, K, Na, Fe, Ti, Mn, Sr, Ca, Mg, etc |
| wollastonite | Si, Ca, Fe, Al, Ti, Mg, etc |
| serpentine | Mg, Si, K, Na, Ca, Fe, Ti, Mn, Al, S, P, etc |
| mullite | Al, Si, Fe, Ti, Ca, Mg, K, Na, etc |
| Magnesia alumina spinel | Al, Mg, Ca, Si, Na, Fe, etc |
| fluorite | Ca, P, S, Si, Al, Fe, Mg, Ti, Mn, K, Na, etc |
| Coal gangue | Si, Al, Fe, Ca, Mg, Ti, P, V, etc |
| Quartz sand | Zr, Si, Fe, P, S, Al, Ti, etc |
| rutile | Ti, S, P, Fe, Nb, Ta, Cr, Sn, etc |
| garnet | Ca, Mg, Fe, Mn, Al, Cr, etc |
| Pig iron | Si, Mn, P, S, Ti, Cr, V and other elements |
| High manganese pig iron | Fe, Mn, P, S, Si, Cr and other elements |
| Ferrosilicon alloy | Al, Si, Ca, Na, Mg, P, S, Fe, Cr, Mn, Cu, Ba, etc |
| Silicon manganese alloy | Mn, P, S, Si, etc |
| Silico-zirconium alloy | Si, Ca, Al, Ba, ZR, Mn, etc |
| Barium calcium | Si, Al, Ba, Ca, etc |
| Barium silicon calcium/calcium silicon/barium silicon | Si, Ba, Ca, Ba, Fe, etc |
| Nickel iron | Ni, Mn, Si, Cu, Co, Cr, V, S, P, etc |
| Iron vanadium | V, Mn, Si, P, S, etc |
| ferrochrome | Cr, Si, P, S, V, Fe, Mn, Ti, etc |
| ferromanganese | Mn, Si, P, S, Cr, Ni, V, Fe, etc |
| Iron niobium | Nb, Al, Si, S, P, etc |
| Smelting lead | Lead Pb, antimony Sb, Tin Sn, bismuth Bi, iron Fe, silicon Si, calcium Ca, sulfur S, etc |
| Electrolytic manganese | Manganese Mn, sulfur S, phosphorus P and other elements |
| Tin slag | Tin, Sn, Fe, iron, Si, silicon, Ca, calcium, etc |
| Vanadium slag | Vanadium V, Manganese Mn, chromium Cr, titanium Ti, calcium Ca, silicon Si, etc |
| glass | Si, Al, Fe, Ca, Mg, K, Na, etc |
| Fly ash (thermal power Plant) | Si, Al, Fe, Ca, Ti, Mg, K, Na, S, Mn, etc |
| Spheroidizing agent (rare earth magnesium silicon alloy) | Mg, RE, Si, Ca, Al, etc |
| inoculant | Si, Ba, Ca, Al, etc |
| Creep agent | Mg, Re, Ca, Si, Al, etc |
| Covering agent | Ca, Si, Mg, Al, Fe, etc |
| Tube mould powder | Si, Ca, Al, Ba, ZR, Mn, etc |
| Slag remover | Ca, Si, Al, etc |
| Sintered flux | Si, Ti, Ca, Mg, Al, Mn, S, P, etc |
| Brazing powder | Ti, Zr, Ni, Cu, Ag, Zn, Sn, Si, Mn, Ni, Cr, P, etc |
| alumina | Si, Fe, Ca, Mg, etc |
| Industrial silicon | Al, Ca, Fe, Ti, Mn, Ni, etc |
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