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  • Analyzer Sales
    • Coating Thickness >
      • Hitachi FT110A
      • Hitachi FT230
      • XStrata920
      • Hitachi FT160
      • Contact Gauges
    • Elemental Analyzers >
      • Hitachi EA6000VX
      • Hitachi EA1400
      • Hitachi EA1000AIII
      • Hitachi EA8000
      • Phthalates Tester
      • Bulk Analyzers
    • Handheld XRF Analyzers >
      • Hitachi XMet8000
      • Xmet Video Demos
      • Sample XRF Report
      • XRF Rental Info
    • Used XRF Analyzers >
      • Available Used XRF
    • Mexico XRF Sales
    • Spectrophotometers: UV, NIR, FL
  • Applications
    • Coating Thickness >
      • Common Coating Thickness
      • Ultra Thin Thickness
    • RoHS Testing
    • Alloy Analysis >
      • PMI: Alloy Testing
  • Service & Standards
    • Standards Laboratory >
      • New XRF Standards
      • XRF Standards Certification
      • Private Label Services
    • Instrument Services >
      • XRF Certification
      • Evaluation / Repair
      • Handheld XRF Services
      • Handheld XRF Spares
      • Xray Radiation Safety Inspection
      • Protection Plans
    • Accreditations
  • Technology
    • Tech Blog
    • What is XRF?
    • XRF Benefits
    • XRF Resources
  • Contact / About
    • Contact
    • About
    • Join the Team
    • Testimonials
    • Sales Policy

Handheld XRF for Alloy ID

Benefits of XRF in Alloy Analysis / Metal Identification

A primary use of the X-Met8000 handheld XRF analyzer from Hitachi High-Tech (formerly Oxford Instruments) is for accurate, and immediate, metal identification. The X-Met series software features both fundamental parameters and empirical calibration capabilities, so material identification can be optimized for simply sorting metals or for high accuracy when quantification of the elemental breakdown of an alloy is critical.
Standard features of the Hitachi XMet8000 for metal identification include:
Largest Interface
Industry Leading Data Mgt and Reports
Largest Alloy Grade Library
​Longest Battery Life (8-12 hours)
Touchscreen, with gloves on
Rugged, IP54 Rating
Intuitive Software
​Competitive Pricing
Portable XRF Demonstration Videos
Video Demonstrations of Portable XRF

There are two main uses within the primary application of metal testing and the concept of 'sorting' versus 'quantifying' is the difference between the two.
SCRAP METAL RECYCLING 
Choose the Hitachi X-Met8000 because it is simple to operate, durable, and provides a clear identification of the alloy grade - plus it includes the largest alloy grade database automatically.  The benefits of XRF in scrap recycling can be seen in a monetary return on investment, detailed here "ROI of XRF for Scrap Metal Recycling".
POSITIVE MATERIAL IDENTIFICATION (PMI)
Correct identification of alloys can affect many industries and organizations...from general industrial quality control, to petrochemical plants, pipeline operations, and certainly PMI Inspection companies.  The optimized geometry of components and software design of the Hitachi XMet8000 make it a highly accurate and efficient alloy grade analyzer.
Learn More:
     - An overview of Handheld XRF for Positive Material Identification
ask about handheld xrf options
Regardless of whether your goal in metal identification is quick sorting capabilities or a complete alloy analysis, the X-Met Handheld XRF series by Hitachi High-Tech offers the reliability, ease-of-use, and report generation capabilities that have made it a top choice in all industries. 
Handheld XRF Report Example
Screenshot and notes; XMet8000 Handheld XRF
Request additional info

Alloy Reference Materials

The in-house standards laboratory of Eastern Applied Research is Accredited to ISO 17034 for compositional reference materials.

They can provide alloy reference material or certify your existing pieces, to help insure proper Handheld XRF performance in alloy analysis.
Alloy Composition Reference Material

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