High-Purity Quartz Vacuum Viewing Window for CF63 Spectroscopy

This product is a high-performance optical accessory specifically developed to meet the demands of UV–visible spectral analysis and optical observation in high-vacuum environments. With “high-transmittance spectral compatibility, low fluorescence interference, and high-vacuum sealing” as its core design objectives, it strikes an optimal balance between superior optical performance and high-vacuum compatibility. It is ideally suited for a wide range of vacuum spectroscopy applications in university, research institute, and corporate laboratories, providing stable and reliable hardware support for processes such as plasma diagnostics and thin-film optical characterization.
Key features:
1. Leading spectral compatibility: Custom-made using high-purity fused quartz substrates, offering exceptional transmittance in the UV–vis spectral range, low fluorescence, and minimal self-absorption, thereby precisely ensuring the authenticity of spectral signals and meeting a wide range of spectroscopic detection requirements.
2. High-transmittance, Clear Observation: Utilizing optical-grade polishing technology, the surface exhibits no distortion or scattering, ensuring a clear and unobstructed field of view that simultaneously meets the requirements for optical recording and cavity-condition monitoring.
3. Reliable vacuum sealing: Equipped with a standard CF63 flange connection, it can be paired with an oxygen-free copper gasket to achieve high-vacuum sealing, completely eliminating leakage and loss, thereby ensuring the chamber’s ultimate vacuum level and making it suitable for a wide range of high-vacuum experimental environments.
4. Durable and Easy-to-Install Compatibility: The quartz material is highly resistant to high temperatures and thermal shock, minimizing the risk of cracking or deformation. Its compact, robust structure ensures convenient installation and maintenance, with no need for additional adapter components—simply match it directly to the corresponding vacuum chamber specifications.