Pneumatic 3 Way Screwed End Ball Valve

ALIS Valves offers Pneumatic 3 Way Screwed End Ball Valves designed for automated flow diversion, distribution and mixing in industrial piping systems. These valves feature a specially designed ball with internal passages that connect three ports, allowing fluid to be directed between different flow paths depending on the ball configuration. A pneumatic actuator uses compressed air to rotate the ball, enabling remote operation and integration with automated process control systems. Screwed end connections provide threaded installation with compatible pipeline fittings, making these valves suitable for piping systems where threaded connections are specified. Depending on the application, the valves are available with stainless steel, carbon steel or other suitable body materials, different seat and seal options, and L-port or T-port configurations to meet specific operating requirements.

Pneumatic 3 Way Screwed End Ball Valves are used in chemical processing, water treatment, industrial automation, compressed air systems, manufacturing equipment and other applications requiring automated flow routing. Depending on the valve construction and material selection, they can handle compatible liquids and gases within their rated pressure and temperature limits. Important selection factors include valve size, thread standard, port configuration, operating pressure, temperature range, media compatibility, actuator torque and available compressed air pressure. An L-port design is generally used to divert flow between two paths, while a T-port design can provide different distribution or mixing arrangements depending on its internal passage configuration. Buyers should also consider the actuator’s control method, operating frequency and required fail-safe position. Threaded connections must be compatible with the pipeline fittings and suitable for the application’s pressure and sealing requirements. Selecting the appropriate pneumatic 3 way screwed end ball valve helps provide reliable automated flow switching, flexible process routing and efficient operation in compatible industrial systems.