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ESI - Model EDX9000B PLUS -Energy Dispersive XRF Concentrate Spectrometer
A concentrate analyzer is an instrument used to analyze the composition of concentrates. It can quickly and accurately determine the content of various elements in the concentrate, helping beneficiation plants and smelters optimize their production processes, improve product quality, and reduce production costs. Concentrate analyzers typically employ advanced spectroscopic techniques such as atomic absorption spectroscopy (AAS), inductively coupled plasma optical emission spectroscopy (ICP-OES), and X-ray fluorescence spectroscopy (XRF). These techniques can qualitatively and quantitatively analyze the elements in the concentrate without destroying the sample, thereby facilitating the protection of the sample's integrity.The advantages of a concentrate analyzer include:
Rapid: It can complete the analysis of the concentrate in a short period, enhancing production efficiency.
Accurate: Utilizing advanced analysis techniques, the analysis results are precise and dependable.
Multielement analysis: It can simultaneously analyze multiple elements in the concentrate, fulfilling the requirements of various users.
Nondestructive: The analysis process does not cause damage to the sample, which is beneficial for maintaining the sample's integrity.
Easy to operate: The concentrate analyzer usually features a simple and user-friendly operation interface, facilitating user operations.
In conclusion, a concentrate analyzer is an essential instrument for beneficiation plants and smelters. It can assist enterprises in enhancing production efficiency, reducing production costs, and improving product quality, thereby strengthening their competitive position.
EDX 9000B PLUS is a excellent equipment uesd for Concentrate Copper Ore Test.
1 Reliable Results You Can Trust
2 Integrated Sample Spinner Rotates the Sample During Measurement, Ensuring Repeatable Results, Even for Non-Uniform Samples such as Powders.
3 Minimization of User Errors: The Analyzer is Easy to Use with a Simple One-Button Start, Intuitive User Interface, and Large Easy-to-Read Display.
4 Low Operating Costs
5 No Expensive Gases such as Helium or Argon are required - Most Measurements can be Made in Ambient Air or a Vacuum.
6 Very Few Consumables are Required and Maintenance Costs are Extremely Low, especially when compared to other methods such as ICP.
7 Rugged and Durable
8 The ore and mineral analyzer is built with rugged, field-proven components and an industrial-grade PC. These features mean that the benchtop XRF ore tester series is rugged enough to be used in the harshest production facilities. EDX9000B mineral analyzers are all backed by a factory warranty.
9 Fast Quality Control
10 Fast analysis means that our analyzers can be used at any stage of production for quick feedback on material composition and quality.
Size of Spectrometer:565mm*385mm*415mm
Size of sample chamber:465mm*330mm*110mm
Size of Vacuum sample chamber:Φ150mm×75mm
Weight: 48Kg
Element Range:Na11-U92
Analysis content range:1ppm- 99.99%
Detector:AmpTek high resolution FAST SDD
DPP Analyzer: 4096 Channel DPP analyzer
Excitation Source:50W X-ray tube
HV unit:0-50kV
Power supply:220ACV 50/60HZ
Environment:-10 °C to 35 °C
>Standard >Optional
Ag- Calibration standard Mill machine
Vacuum pump Sample pressing machine
Mining Sample cup Drying oven
USB cable Fusing bead machine
Power supply cable Balance
The EDX9000B Plus Spectral Mineral Analyzer is primarily utilized in various sectors including mining operations (exploration, extraction, grade control), industrial minerals, raw materials for cement and building materials production, refractory materials, ceramics and glass manufacturing, geochemical research, archaeology, and more. The exceptional linear dynamic range of the EDX9000B Plus facilitates ultra-high-precision process and quality control in industries such as cement, minerals, mining, metals, glass, and ceramics.
Equipped with a new generation Fast SDD detector, an advanced vacuum optical path system, and ultra-high resolution technology, this instrument achieves optimal analysis results for light, medium, and heavy elements as well as common oxides (Na2O, MgO, Al2O₃, SiO₂, P2O5, SO₃, K2O, CaO, TiO₂, Cr2O₃, MnO, Fe2O₃, ZnO, SrO, etc.).
