Pneumatic actuated ball valves are designed for automatic on/off flow control in hygienic and sanitary process systems. The valve assembly combines a precision-machined stainless steel ball valve body with a pneumatic actuator, ensuring reliable operation, smooth flow characteristics, and minimal pressure drop.
The full-bore ball design allows unrestricted product flow and minimizes product hold-up, making these valves ideal for applications requiring high hygiene and cleanliness standards. Pneumatic actuation provides fast, repeatable, and maintenance-friendly operation using compressed air, making the valve suitable for frequent cycling and automated process control.
Hygienic pneumatic ball valves can be easily integrated with control panels, PLC systems, solenoid valves, and position feedback devices, enabling remote operation and seamless automation. The valves are fully compatible with CIP (Clean-in-Place) and SIP (Sterilize-in-Place) procedures and are widely used in food, beverage, dairy, pharmaceutical, and biotechnology industries.
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Technical Overview
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Typical Applications
Pneumatic actuated butterfly valves are designed for automatic flow control in hygienic and sanitary process systems, offering a compact and lightweight solution for medium to large pipeline sizes. The valve assembly combines a hygienic stainless steel butterfly valve body with a pneumatic actuator to deliver fast, reliable, and repeatable operation using compressed air.
The central disc design allows quick opening and closing with low operating torque, making these valves ideal for applications requiring frequent cycling and rapid response. The hygienic stainless steel construction provides excellent cleanability, corrosion resistance, and full compatibility with CIP (Clean-in-Place) and SIP (Sterilize-in-Place) processes.
Pneumatic actuated butterfly valves can be easily integrated with automation systems, PLC panels, solenoid valves, and position feedback units, enabling remote operation and precise process control. Their space-saving design makes them especially suitable for compact and skid-mounted installations.
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Technical Overview
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Typical Applications