Angle Seat Valve is a pneumatically controlled valve that uses the actuator piston to provide a linear force to push the valve core away from the valve seat to achieve fluid control. This valve has many advantages, such as sensitive response and accurate action, and can be widely used in occasions where it is frequently started in a short time. It is suitable for various fluid media, including gas and liquid, and can achieve precise control.

Pneumatic angle seat valves can be divided into single-acting and double-acting according to the type of cylinder. Single-acting pneumatic angle seat valves usually have only one hole, which is opened and closed by spring reset, and are divided into normally open and normally closed types. Double-acting pneumatic angle seat valves have two holes, and their switch is controlled by air supply

In addition, pneumatic angle seat valves can also be classified according to pipeline installation categories and application conditions. In terms of parameters, pneumatic angle seat valves have certain specifications for pressure range, medium temperature and ambient temperature.

The working principle of pneumatic angle seat valves is to open the valve by allowing air pressure to enter the cylinder to cause the valve core to move downward: when the air pressure is released, the reaction force of the spring moves the valve core upward to close the valve. This process precisely controls the opening and closing of the valve through the air control system.

The application fields of pneumatic angle seat valves are very wide, including but not limited to beer and beverage filling equipment, gas industry, pharmaceutical industry and environmental protection industry. In these fields, pneumatic angle seat valves can accurately control the flow and ratio of fluid media, improve production efficiency, and ensure the hygiene and safety of fluid control

In summary, pneumatic angle seat valves are a powerful and widely used valve type with many advantages. When selecting and using them, it is necessary to comprehensively consider the specific application scenarios and requirements to ensure that they can play the best performance and effect.