Hydrogen Component Test Equipment - XRDynamic 500

Anton Paar GmbH

Automated multipurpose powder X-ray diffractometer
Fully automated alignment of instrument and samples
Autosampler supporting up to 105 samples
Modular system supporting XRD, SAXS, and PDF analysis
Integrated software suite for measurement, analysis, and visualization

XRDynamic 500 is an automated multipurpose powder X-ray diffractometer designed to deliver high-resolution structural and phase analysis of materials. Built on the TruBeam™ concept, it combines automated beam geometry switching, fully motorized X-ray optics, and automatic alignment to ensure high data quality with minimal user intervention. The system supports a wide range of analytical techniques including powder X-ray diffraction (XRD), small-angle X-ray scattering (SAXS), and pair distribution function (PDF) analysis. It enables characterization of crystalline and amorphous materials, providing insights into phase composition, crystal structure, and microstructural properties. With advanced automation, high-performance detectors, and flexible configuration options, XRDynamic 500 is suited for both routine analysis and complex research applications across materials science, chemistry, pharmaceuticals, and energy-related materials.

Use Cases

Phase identification and quantification of materials
Nanostructure characterization (SAXS)
Analysis of amorphous materials (PDF)
Non-ambient studies under varying temperature, pressure, and atmosphere

Capabilities

Performs powder X-ray diffraction (XRD), SAXS, and PDF analysis
Enables automated measurement workflows with minimal user input
Provides high-resolution structural and phase analysis
Supports non-ambient measurements with integrated connections
Allows multi-sample automated testing (up to 105 samples)
Integrates with advanced software for data acquisition, processing, and reporting

Anton Paar GmbH

Anton Paar is a premium provider of analytical and material characterization solutions for the hydrogen value chain, specializing in the development of fuel cells, electrolyzers, and storage systems. They provide a comprehensive suite of instruments used to optimize catalyst efficiency, characterize gas diffusion layers, and analyze the structural properties of hydrogen storage materials (such as metal-organic frameworks). Their expertise spans the full research and production cycle—from the rheological behavior of catalyst inks to high-pressure gas sorption analysis and inline process monitoring for green hydrogen production.

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