
Webinar: Alternative Applications Using WDXRF
Join us for a free 60-minute webinar to explore alternative and innovative applications of WDXRF technology that you may not have considered before.
WDXRF is widely used for bulk material analysis, but it also holds the potential to address a wide variety of sample types and challenges. This session will dive deep into how you can apply WDXRF for:
- Analyzing samples with unknown light element content.
- Solidifying unstable oils for analysis.
- Analyzing water in pre-concentrated forms.
- Working with small sample sizes and loose powders.
- Mapping sample surfaces and performing vacuum analysis.
What You’ll Learn:
- How to adapt WDXRF for a wider range of sample types and materials.
- Practical techniques for handling and analyzing difficult sample forms like oils and small quantities.
- Solutions for surface mapping and vacuum-based analysis with WDXRF.
Who Should Attend?
This webinar is perfect for:
- XRF users looking to expand the capabilities of their instruments.
- Distributors seeking to understand new applications for their products.
- Anyone interested in exploring the diverse applications of WDXRF technology.
Register Now!
Can't join live? No problem—registered participants will receive the session recording to watch at your convenience!
Pol De Pape is an experienced analytical chemist with over 35 years in XRF, having worked as a user, application scientist, business development manager, and managing director at Rigaku Latin America. His deep understanding of analytical challenges and practical problem-solving expertise has made him a key figure in the field. Currently, Pol works as a consultant for X-ray spectrometry, sharing his extensive knowledge with the next generation of professionals.

Contact Us
Whether you're interested in getting a quote, want a demo, need technical support, or simply have a question, we're here to help.

Subscribe to the Bridge newsletter
Stay up to date with materials analysis news and upcoming conferences, webinars and podcasts, as well as learning new analytical techniques and applications.