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Titanium Srap Sorting and Alloy Identification

Fast Ti scrap identification and accurate quantitative analysis of revert scrap is now available

Tri des déchets de titane et identification des alliages

*Merci de noter que cette page est disponible en anglais uniquement.*

Titanium and its alloys have widespread application in industry, including use in aerospace and medical device manufacturing. As such, properly confirming its identification is both necessary and valuable for both quality control in primary manufacturing and later when recycling and reselling the scrap.

titanium analysis

Fast Ti scrap identification and accurate quantitative analysis of revert scrap is now available with the ChemLite Laser Metals Analyzer. Built to be scrapyard tough, but with lab-grade accuracy, the ChemLite handheld analyzer has the portability and ruggedness demanded on the plant floor, but the kinds of accuracy desired by the lab. This powerful but eye-safe laser product delivers the ultimate accuracy, with superior detection limits for many alloying elements in Ti-base, including Al, V, and Mo. Finally, a fast and accurate Ti analyzer designed for industrial use.

The ChemLite analyzer, already preferred by many for analysis of aluminum, expands upon its capabilities and libraries to bring a robust portable solution to the titanium industry, long-tethered to the limitations of large and now outdated Optical Emission Spectroscopy (OES) stations. In fact, superior titanium analysis using the ChemLite analyzer allows users to make fast and reliable sorting and identification inquiries  everywhere and anywhere without the need for special user-training or any safety limitations, thanks to its easy to use color touch screen, eye-safe laser, and argon-free design. 

Users can obtain rapid pass/fail screening for Ti-6-4 and can even burn through shot-blasted Ti-6-4 with surface Fe to obtain the correct identification. The ChemLite analyzer also makes it easy to distinguish between similar Titanium alloys like Ti 6-2-4-2 vs. Ti 6-2-4-6, and even quantify low V (down to 0.1%) to distinguish alloys based on trace elements. Every ChemLite analyzer comes with a factory-loaded Titanium library with the most common Ti alloys and is backed by our global team of technical service and support staff.