Why does Cage guided globe control valve adopt cage design

Firstly, the cage design of the valve seat can significantly improve the sealing performance and vibration resistance of the valve. The cage design of the valve seat enhances its sealing performance, ensuring that the valve can maintain a stable sealing effect even under high pressure differentials and vibration environments, thereby improving the reliability and service life of the valve.

Secondly, cage design helps reduce noise and prevent cavitation. The cage type spherical control valve effectively reduces the noise of fluid passing through the valve through its unique structural design, while reducing the occurrence of cavitation and air erosion, ensuring the stable performance of the valve during long-term use.

In addition, the cage design simplifies the replacement and maintenance process of the valve seat. Traditional valve seat designs typically require complex threaded connections, making replacement and maintenance difficult. The cage design of the valve seat is connected without threads, making replacement more convenient and reducing maintenance costs and time.

Finally, the cage design improves the adaptability and flexibility of the valve. The structural design of the cage type spherical control valve allows for flexible adjustment according to different working conditions, adapting to different fluid control and regulation requirements, and improving the versatility and practicality of the valve.‌