X-ray diffraction (XRD) is the main tool for rapid mineral quantification of rocks, ores and mining process-related products. Delivering rapid return on investment, high-speed XRD can be used to discover and develop mineral deposits more profitably.
Analysis of the minerals present in an ore body optimizes mining and process operations such as flotation and separation, etc. By understanding and mapping precise mineral compositions, it becomes possible to effectively mine increasingly low grade deposits.
CubiX³ Minerals is the ideal investment for exploration and control of mineral grading, processing and quality. By removing the need for intensive wet-chemical analyses, delivering better grade differentiation and decreasing the costs of ore beneficiation and processing, the initial investment in equipment is easily earned back.
Key Features
The key features of CubiX³ Minerals are:
- Cluster analysis for better mine planning and grade control
- Mineral quantification for monitoring and optimization of ore processing
- High-speed sample throughput enabling rapid turnaround times
- Excellent sensitivity for impurities enables rapid process optimization
- Straightforward, chemical-free sample preparation
Key Specifications and Options
| General |
Optics |
Sample Handling |
|
Goniometer: θ-θ for completely horizontal sample handling
|
Cu, Co, Fe, Mn, Cr tubes |
Programmable spinner |
| Diffractometer: 200mm radius |
Fixed and programmable divergence and anti-scatter slits available |
Ultrafast pneumatic loader |
| Software: Industry or Quantify, optional Walk-up interface, HighScore Plus |
Secondary monochromator for Cu, Co |
64 position X'Changer with 2 x 30 positions plus 4 preferred loading positions |
| X'Celerator detector (RTMS) |
|
X'Handler for belt connection with 2 additional positions |
| |
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Automation possible with any automated laboratory |
Applications
The applications of CubiX³ Minerals are
- Mineral identification
- Mineral quantification
- Automatic calculation of process indicators including phase ratios and elements with different oxidation stages
- Crystallite size determination
- Cluster analysis of samples with similar mineral content
- Grade control