X-Ray Diffractometry & X-Ray Fluorescence
An introduction to how XRD and XRF are used in research and industry—and how Applied Thermal Control’s chillers enhance their performance.
What are XRD and XRF?
X-Ray Diffractometry (XRD) is a non-destructive technique used to analyse the atomic or molecular structure of crystalline materials. It plays a crucial role in identifying compounds, measuring crystal structure, and quantifying material composition.
X-Ray Fluorescence (XRF) is a similarly non-destructive method that detects and measures elemental composition across a wide range of materials. It is especially valued for its speed and accuracy in elemental analysis.
Key Applications Across Industry
Both XRD and XRF are integral to a broad range of sectors. From detecting defects in semiconductors to verifying alloy content in aerospace parts, these techniques support quality control, product development, and research worldwide.
Why Cooling Matters
X-ray instruments generate significant heat and require stable, reliable cooling for optimal performance and safety. ATC’s precision recirculating chillers are designed to maintain tight temperature control, prevent overheating of sensitive equipment, protect performance, and extend equipment lifespan.
We offer solutions to match a wide range of system layouts – including rooftop installations, remote applications, and confined laboratory spaces.
Temperature Control Solutions from ATC
Applied Thermal Control chillers are designed with flexibility and reliability in mind. All chillers come with internal controls to prevent accidental adjustment, and compact models provide high performance from a single-phase power supply.
Key features include:
Heat Transfer Fluid Options
Heat Transfer Fluid Compatibility
Choosing the right heat transfer fluid is critical – particularly in X-ray systems where electrical potentials can be involved. ATC supports a wide range of heat transfer options detailed to the right.
Optional extras such as UV decontamination and inline deionising cartridges can further protect your system from fouling or microbial growth.
Heat Transfer Fluid Options
Low conductivity, ideal for sensitive electronics
Non-toxic, non-flammable, and wide temperature range
Cost-effective and freeze-resistant for low-temperature environments
For use with bipolar X-ray tubes where non-conductive cooling is essential
Download the Full Application Note
Want to dive deeper? Click below to download the full application notes, including examples, fluid recommendations, and technical insights.
