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Synchrotron Radiation Beryllium Window
We specialize in the production of beryllium windows for synchrotron radiation, from obtaining beryllium raw materials to manufacturing beryllium sheets, nano-level ultra-high precision surface grinding, high-temperature ultra-vacuum diffusion welding, precise temperature control, beryllium window surface does not bend, reduce leakage rate, improve pressure resistance,greatly extend service life.
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Silicon Drift Detector Beryllium Window
Silicon Drift Detector (SDD) is an advanced type of semiconductor detector widely used in X-ray and particle detection, particularly in energy spectrum analysis (such as EDS/EDX), synchrotron radiation, nuclear physics, and other fields.
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Domed Beryllium Window .
A domed beryllium window is a specialized component, often used in X-ray and scientific applications, that utilizes a beryllium dome to allow X-rays to pass through while maintaining a vacuum seal. Beryllium's high transparency to X-rays and mechanical strength make it suitable for applications where a vacuum needs to be maintained while allowing X-rays to pass through, such as in beamlines, X-ray tubes, and scientific instrumen
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Vacuum chamber with beryllium window
Vacuum Chamber: Designed to maintain a low-pressure environment crucial for X-ray experiments to minimize air absorption and scattering.
Beryllium Window:
Beryllium is nearly transparent to X-rays while maintaining vacuum integrity.
Allows efficient transmission of X-rays in and out of the chamber with minimal attenuation.
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Carbon Nanotube CNT X-ray Tube Beryllium Window
CNT X-ray tube 是一種使用碳奈米管（Carbon Nanotubes, CNTs）作為冷陰極（cold cathode）場發射源的創新 X 光管技術。這與傳統使用熱陰極（熱電子發射）的 X 光管不同，它不需要高溫加熱燈絲，而是利用電場直接從 CNT 導電尖端發射電子，撞擊金屬靶材產生 X 射線。
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Beryllium Foil and Sheet
We supply high-purity beryllium foil and sheet (≥99%) for demanding scientific and industrial applications. Beryllium offers low density, high stiffness, excellent thermal stability, and exceptional X-ray transparency, making it ideal for X-ray systems, vacuum equipment, detectors, and precision instruments.
Standard thicknesses range from 12.5 µm to 10 mm, and materials can be fabricated into rectangular sheets, discs, or custom shapes according to customer requirements.
