CCQ ultra-high vacuum gate valve

CCQ Ultra-High Vacuum Gate Valve

The CCQ ultra-high vacuum gate valve uses compressed air as the power, changes the direction of the gas path through the electromagnetic reversing valve, pushes the cylinder piston, pushes (pulls) the connecting rod mechanism through the transmission rod, drives the valve plate to move axially, realizes the valve plate to open or close, and thus achieves the purpose of connecting or cutting off the airflow in the ultra-vacuum system. It has reasonable structural design, beautiful appearance, and has the advantages of smooth movement, small size, large flow channel, reliable use, good sealing performance and long life, and can be widely used in ultra-high vacuum equipment. The applicable working medium is clean air and non-corrosive gas.

Key Features:

1. Compressed Air Operation: Powered by compressed air, providing reliable and efficient actuation for the valve operation.
2. Smooth Operation: The valve operates smoothly, ensuring precise control over the air flow in ultra-high vacuum systems.
3. Compact Design: With a compact design, the valve is space-efficient and can be easily integrated into vacuum systems.
4. High Flow Rate: Capable of handling high flow rates, making it suitable for various applications in ultra-high vacuum equipment.
5. Reliable Sealing Performance: The valve offers excellent sealing performance, ensuring minimal leakage and maintaining the integrity of the vacuum system.
6. Long Service Life: Designed for durability, the valve boasts a long service life, reducing maintenance requirements and ensuring uninterrupted operation.
7. Wide Application: Suitable for a wide range of ultra-high vacuum equipment and systems, providing versatile and reliable performance.

Specifications:

Please provide the diameter of the gate valve required, and we will promptly provide you with a detailed quotation tailored to your specific needs.

The CCQ ultra-high vacuum gate valve offers a reliable, efficient, and precise solution for controlling air flow in ultra-high vacuum systems. Its compact design, smooth operation, and excellent sealing performance make it an ideal choice for various applications in ultra-high vacuum equipment.