Description of Be Beryllium Windows for Synchrotron Beamlines

High‑flux synchrotron beamlines leave zero tolerance for material defects. Minor inclusions, micro‑voids, or uneven foil thickness can warp beam profiles, create measurement noise, and force time‑intensive recalibrations that delay research progress. Our beryllium windows are sourced from high‑purity base material, engineered specifically for the demanding operating conditions of synchrotron facilities. These components maintain excellent X‑ray transmissibility while providing reliable vacuum isolation between different beamline sections. Each part completes multi‑level quality checks, including surface inspection, full‑aperture dimensional mapping and helium leak testing before delivery. We offer bare foils as well as custom pre‑mounted units to fit new beamline construction or hardware retrofits. Consistent performance across the active aperture supports accurate results for scattering, spectroscopy and other sophisticated synchrotron experimental programmes.

Features of Be Beryllium Windows for Synchrotron Beamlines

1. High-purity beryllium for brilliant beams 

2. Minimal absorption for intense photon flux  

3. Cryo-compatible for low-temperature experiments  

4. Precision flatness for focusing optics  

5. Vacuum-tight for ultra-high vacuum  

6. Custom apertures for beamline ports  

7. Low scatter for coherent diffraction  

8. Withstands high heat load from undulators  

9. Complete with mounting flange assemblies

Applications of Be Beryllium Windows for Synchrotron Beamlines

1. Medical Imaging: In medical imaging, beryllium windows are integral to X-ray tubes, enabling efficient transmission of X-rays for diagnostic imaging. Their high transparency ensures clear imaging results while maintaining the integrity of the system under repeated use.

2. Industrial Inspection: Beryllium windows are widely used in industrial CT scanners and non-destructive testing equipment. They allow precise X-ray transmission for inspecting materials and components, such as aerospace parts, ensuring safety and quality in critical applications.

3. Scientific Research: In synchrotrons and particle accelerators, these windows facilitate the transmission of high-intensity X-ray beams. Their durability and precision make them ideal for experiments requiring controlled radiation environments, such as crystallography and materials science.

4. Space and Defense: Beryllium windows are used in space and defense technologies, where their lightweight and robust properties are crucial. They enable the development of advanced sensors and X-ray instruments for satellite and defense systems.

Specifications of Be Beryllium Windows for Synchrotron Beamlines

Beryllium Window

Purity of Beryllium: 99.0%

Flange material: 316L

Flange Outer Diameter : 1.33inch(34mm) 

Aperture Diameter : 0.53inch(13mm) 

Foil Thickness. : 0.005inch(0.13mm)

Leak Rate: ≤ 1.0 x 10⁻¹⁰ Pa·m³/s

Temperature Resistance: 450ºC