CC Series Manual Ultra High Vacuum Gate Valve
Product Name: CC Series Manual Ultra High Vacuum Gate Valve
Category: Ultra-High Vacuum Gate Valve
The CC Series Manual Ultra High Vacuum Gate Valve operates through a handwheel-driven screw mechanism, utilizing a drive rod to push (or pull) a linkage system. This mechanism drives the valve plate axially to open or close the valve, effectively managing airflow in ultra-high vacuum systems. With a well-engineered design, aesthetic appearance, smooth operation, compact size, high flow rate, reliable performance, excellent sealing, and long service life, this valve is ideal for use in ultra-high vacuum equipment. Suitable for clean air and non-corrosive gases.

Key Features:
- Manual Operation: Handwheel-driven screw mechanism for precise control.
- High Sealing Performance: Ensures excellent sealing for ultra-high vacuum applications.
- Smooth and Stable Action: Designed for smooth and stable operation.
- Compact Design: Small footprint for easy integration into various systems.
- High Flow Rate: Efficient management of gas flow in vacuum systems.
- Durable Construction: Reliable performance with long service life.
- Aesthetic Design: Attractive appearance suitable for advanced industrial environments.
Applications:
- Ultra-high vacuum systems
- Research laboratories
- Semiconductor manufacturing
- Industrial vacuum equipment
- Any system requiring precise control of clean air and non-corrosive gases
Technical Specifications:
- Operation: Manual handwheel-driven screw mechanism
- Movement: Axial movement of valve plate
- Sealing Type: High-performance sealing for ultra-high vacuum
- Working Medium: Clean air and non-corrosive gases
- Installation: Suitable for various ultra-high vacuum systems
Advantages:
- Precise Control: Handwheel mechanism ensures precise opening and closing of the valve.
- High Reliability: Durable construction and reliable performance over extended use.
- Versatile Application: Suitable for a wide range of ultra-high vacuum applications.
- Ease of Integration: Compact design allows for easy installation and integration into existing systems.






