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Product News
- Testimonial for Dr. Bruce Kaiser's Hands-on workshop: Accurate Elemental Non-destructive XRF
- Testimonial for Dr. Bruce Kaiser's Hands-on workshop: Accurate Elemental Non-destructive XRF
- Bruker Elemental announces the winner of our S1 Sorter giveaway contest
- S1 SORTER testimonial from TP Consulting Services
- Lab Report XRF 96 S8 TIGER Analysis fo Pb and Cd in Lead-Free Solder for ROHS Compliance Testing
Upcoming Events
- ACS Fall
Aug 22-26, Boston, Massachusetts, USA - 3rd EuCheMS Chemistry Congress
Aug 29-Sep 02, Nuremberg, Germany - 4th International SAXS/GISAXS Workshop (PDF)
Sep 09-11, Leoben, Austria - Navigated Atomic Force Microscopy - N8 NEOS
Sep 15, Free Webinar - 17th Bruker Users‘ Group Meetings 2010 - Single Crystal X-ray Diffraction (PDF)
Sep 20-22, Karlsruhe, Germany
Postive Material Identification
When it comes to Positive Material Identification (PMI), Bruker provides a fast, easy and completely non-destructive analysis method for every metal component. Within the petrochemical industry, that can apply to everything from a single component up to miles of pipeline. This is particularly important in an industry where many ‘extraordinary’ events have been traced to the installation of the wrong metals, which then leads to faster corrosion rates, or directly to an outage or explosion.
Exactly the same principle applies in the fabrication process, where alloy verification is a required part of Quality Assurance. 100% alloy verification is now a common part of ISO9000 certification for many fabricators. This is especially the case when the parts in question are designed for use in petrochemical applications, or other industries that requires high temperature and pressure. Getting the verification right at an early stage prevents any possibility of a costly alloy mix-up, dramatically reducing scrap and improving product quality.
Product suggestion
For Inspection - S1 TURBOSD
Advantages
- The first ever SDD-based handheld analyzer
- Superior count rates and resolution
- Five times faster than previous generations
- Lower detection limits
- Grade library covers a wide range of alloys



