CF63 Microwave Dual-Port Quartz Non-Magnetic Vacuum Window

This product is a CF63 microwave dual-aperture quartz non-magnetic vacuum window, featuring non-magnetic materials and a quartz window, with a dual-aperture design. It is compatible with microwave vacuum systems and is used for vacuum observation and monitoring in microwave environments, offering non-magnetic properties, microwave resistance, and high light transmittance.

Key features:
1. CF63 standard interface with strong compatibility: Compliant with international vacuum flange standards, it can be directly connected to various CF63 valves, chambers, and other components, offering convenient installation without the need for additional adapters.
2. Dual-viewport design for convenient observation: The dual-viewport layout enables multi-angle, unobstructed viewing, meeting the real-time monitoring requirements in microwave application scenarios.
3. Quartz window: high light transmittance and microwave resistance—quartz material offers high light transmittance with no microwave loss, enabling clear observation of internal operating conditions and ensuring compatibility with microwave operating environments.
4. Non-magnetic design, ideal for precision applications: Constructed entirely from non-magnetic materials to eliminate magnetic interference, making it suitable for magnetically sensitive microwave vacuum experiments and high-precision measurement scenarios.
5. Metal sealing, vacuum compatibility: CF flange metal seal with an extremely low leak rate, suitable for high-vacuum environments, and featuring a stable structure that is resistant to deformation.
6. Temperature and corrosion resistance, easy maintenance: The material is resistant to both high and low temperatures as well as corrosion; its smooth surface is easy to clean, ensuring long-term stability and reliability.

Scope of Application
1. Microwave vacuum system: observation and monitoring components such as microwave vacuum chambers and microwave reactors.
2. Precision microwave experimental equipment: microwave laboratory apparatus and observation windows for non-magnetic, magnetically sensitive experimental equipment.
3. Vacuum monitoring equipment: for observing internal operating conditions and performing real-time monitoring of components in high-vacuum systems.
4. Research and Industrial Microwave Equipment: Small-scale microwave simulation systems and window assemblies for precision microwave measurement equipment.
5. Non-magnetically sensitive applications: microwave vacuum experiments and precision measurement scenarios that are sensitive to magnetic interference.