- Plant owners, lab managers, quality control managers
- Anyone handling ferroalloys, base metals, cement
- Learn about the benefits of non-destructive testing using X-ray fluorescence elemental analysis or X-ray diffraction mineralogical analysis
- Learn about the best practices for accurate quantification
- These start from properly sampling, sample handling, quantification and data analysis
- Experience the instruments in person. See how easy our push-button solutions are. Note how capable they are in getting rapid yet precise results
- Aeris XRD
- Rugged design
The only benchtop XRD instrument with external sample loading for ultimate dust protection of the heart of the instrument.
Minimum of infrastructural requirements:
No cooling water, no chiller, no compressed air - the only thing you need is a single-phase power socket.
Industry-ready
Compatible with all common industry standards; from LIMS interfacing protocols to various industry-standard sample holders.- Compact XRF for high throughput analysis
- Quantify from Na – Am
- 32 samples capacity
- 4 detectors provide market leading sensitivity and speed
- Easily quantify from F-Am
- Analyse up to 160 samples per 8h day
- Comes with certified calibration standards for mining (WROXI) or cement (CEMOXI)
(India Workshop) How to get more accurate elemental & mineralogical analysis for your ferroalloys, cement mix
19 Sep, 9.30am - 3pm, Raipur
About The Event
Are you facing issues in getting reliable and accurate quantification of your ores or cement mix? Are you outsourcing your analysis to a third party lab and facing a long turnaround time for analysis? Elemental quantification could be done with traditional methods like ICP or quick scanning with a handheld XRF. However methods like ICP may render differing results depending on change of operator. Handheld XRF may be good at screening but not precise in quantifying the elements and concentration. Malvern Panalytical has many years of expertise in supporting the analytical demands of many mining, metals, cement companies across world, from India, Australia, Brazil and more. Our analytical methods are non-destructive with little or operator training required to operate as they are push-button. Learn how to achieve quick ROI for your elemental analysis with our benchtop X-ray fluorescence spectrometers. During the workshop, our experts introduce our analytical techniques and will demonstrate how to operate our instruments. In addition to elemental analysis, learn about complementary analytical techniques to achieve a holistic understanding of your ferroalloy, base metal or cement mix. These span from X-ray diffraction phase quantification for mineralogical analysis as well as fusion borate sample preparation for precision elemental analysis.
More Information
Programme
Time | Topic |
08:45 | Welcome and morning tea |
09:30 | Introduction to elemental analysis • XRF vs traditional ICP and handheld XRF • Why XRF non-destructive testing can provide greater ROI and precision quantification |
10:15 | How Malvern Panalytical supports your elemental analysis • Latest XRF range and which benchtop XRF to choose depending on your sample type / throughput • Value added offerings like easy calibration standards for metals and cement |
11:15 | Tea break |
12:00 | Best lab practices to improve elemental quantification • Sample preparation using pressed-pellets vs fusion borate • Value-added tools like FORJ and LeDoser to automatically dispense flux |
12:30 | Hands-on time to experience Malvern Panalytical’s cutting edge analytical instruments (rotate in small groups) • See the proper sample loading, preparation and analysis • Visit our different stations for XRF elemental analysis, XRD mineralogical phase analysis |
13:30 | Lunch |
14:30 | End of user day training |
14:30 | Book your 1-on-1 time with our experts • Discuss your challenges or book a demo to understand the operations and data quality of our instruments • 30 minute slots available. Book here |
16:30 | End of appointments |
Who should attend?
What will you learn?
Epsilon 4 XRF