Positive Material Identification: Alloy Verification
Positive Material Identification (PMI) by x-ray fluorescence ensures that a materials chemical composition meets it's stated elemental matrix and is a critical quality control tool across many industries. A proper performing Handheld XRF can be a valuable tool whether used as incoming inspection, in-process review, or a final test before shipping.
XRF for alloy verification allows a facility to:
- ensure every part conforms to specification
- identify the correct alloy grade where a critical part is to be replaced
- facilitate incoming inspection to ensure all purchased materials are to specification
Why Use Portable XRF? This simple positive material identification system will limit potential mix-ups, costly re-works, and incorrect use of out-of-specification materials. Alloy verification through Handheld XRF technology can help avoid the failure of critical components that may, in the worst case, lead to a catastrophic failure of process.
Specializing in X-ray Fluorescence (ED-XRF) technology, Eastern Applied Research offers a portable solution to alloy verification needs through Hitachi High-Tech Handheld XRF analyzers - the innovative XMet8000 analyzer. The newest Handheld XRF analyzer to market is the smallest and lightest model available while still providing a rugged (IP54 rated) series of analyzer that determines an alloy grade in a matter of seconds - by simple point-and-shoot software.
Specializing in X-ray Fluorescence (ED-XRF) technology, Eastern Applied Research offers a portable solution to alloy verification needs through Hitachi High-Tech Handheld XRF analyzers - the innovative XMet8000 analyzer. The newest Handheld XRF analyzer to market is the smallest and lightest model available while still providing a rugged (IP54 rated) series of analyzer that determines an alloy grade in a matter of seconds - by simple point-and-shoot software.
The Hitachi X-MET8000 Handheld XRF provides
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