HNJC-XT6 Multi-sample spin x-ray fluorescence spectroscopy for laboratory applications

Application Areas
X-ray fluorescence spectrometer focuses on providing professional and reliable X-ray fluorescence (XRF) chemical composition analysis solutions for industries such as glass, refractory materials, metal and non-metal mining, steel, non-ferrous smelting, ferroalloys, cement, plating, petrochemicals, archaeological identification, solid waste fly ash, rock wool, etc.

Working Principle
X-ray tube---sample---characteristic X-rays of elements---qualitative and quantitative analysis of the chemical composition in the material based on the energy and intensity of the characteristic X-rays.

HNJC-XT6 Instrument Performance Characteristics
Determined elements: Fluorine (F) - Uranium (U) elements in the periodic table
Content range: ppm-100%
Sample form: Solid, liquid, and powder samples can be directly detected
Detector: 1μm carbon window ultra-thin window electrically cooled FASTSDD detector to increase the signal acquisition intensity of light elements. A carbon fiber protective net is specially designed and installed for the detector to prevent the sample vacuum burst from causing irreversible damage to the detector.
X-ray tube: imported high-power end window X-ray tube to ensure the test effect of light elements.
Operation features: Multi-sample intelligent robot automatic sampling, can place 28+1 samples at the same time for detection in sequence, fully automatic opening and closing of sample covers; and can insert emergency samples urgently. Free your hands, simple and labor-saving, save time, and improve efficiency.
Sample spin, larger detection area, more representative detection samples, better stability.
Temperature control: adaptive constant temperature control system
Safety performance: maze design, lead shielding and interlocking design for the X-ray generating part
Fast analysis speed, timely provision of analysis data to guide production. Each sample gets the analysis result within a few minutes, which greatly improves work efficiency.
Customized Chinese operating software, complete functions, simple and easy to learn, suitable for laboratory use.
The operating surface is farther away from the core component area, which is more conducive to protecting the core components from pollution and damage.
Magnetic fluid seal, better vacuum, more conducive to light element detection.
Circuit control system: Siemens PLC module control is adopted, which has higher control accuracy and extremely low failure rate compared with traditional electronic circuit boards, and is convenient for function upgrade. The price is transparent, which eliminates the phenomenon that the quality of circuit boards is uneven and the maintenance price is not transparent because they are self-designed products.
The vacuum system adopts Pirani vacuum gauge, and the vacuum detection is more accurate.
Private design is more conducive to protecting the stable operation of various institutions.
Provide permanent standard samples (original by Haishi) to calibrate the instrument to ensure the stability of the instrument.
Use multiple sets of standard samples including imported sets of standards to make working curves to ensure the accuracy of the instrument.