01
Steel and superalloys
Control of production gases and R&D.
HORIBA Solutions / EMGA-Expert HORIBA for oxygen, nitrogen and hydrogen
Inert gas fusion
EMGA-Expert HORIBA for oxygen, nitrogen and hydrogen
High performance analyzer for O, N and H in solid metals and materials, with speed, precision and operational navigation.
O/N/Hthree elements
NDIRoxygen
TCDnitrogen and hydrogen
Summary
The EMGA-30E/20E configurations use inert gas fusion, NDIR and TCD to convert and measure oxygen, nitrogen and hydrogen.
Solution overview
Control of interstitial gases in materials
Small variations of O, N and H can alter ductility, resistance and performance. EMGA-Expert is designed for quick and accurate measurements across a wide range of materials.
Applications
Primary applications
02
Titanium
Quality of alloys and raw materials.
03
Ceramics and powders
Characterization of advanced materials.
Key features
Resources and settings
01
Wide analytical range
Settings for lower levels and higher concentrations.
02
Assisted navigation
Guides to analysis, maintenance and recovery.
03
Automation options
Automated sampling and flow possibilities.
Reference data
Technical view
This summary supports preliminary evaluation; the final configuration must account for the sample matrix, method, analytical range and throughput.
TemplatesEMGA-30E / EMGA-20E
ElementsO, N and H according to configuration
PrincipleInert gas fusion
DetectoresNDIR and TCD
Frequently Asked Questions
Technical information
Does EMGA-Expert measure the three elements on the same platform?
Yes, in the appropriate O/N/H configurations, with specific detectors for the generated gases.
Which carrier gas is used?
Helium is common; options depend on the configuration and method.
Is it suitable for titanium?
Yes. Titanium and reactive alloys are among the important applications for O/N/H control.
Related pages
Related solutions
Application assessment
Inform the matrix, analytes or molecules of interest, expected range and volume of samples. SENS specifies the applicable configuration.