SS304 Hygienic Quick Installation Pneumatic Diverter Shut Off Valve

The stainless steel sanitary pneumatic stop valve controls the opening and closing of the valve disc through a pneumatic actuator. When the pneumatic signal is transmitted to the actuator, the actuator drives the valve disc to move up and down, thereby adjusting the fluid flow. The pneumatic signal controls the opening and closing speed and accuracy of the valve to ensure precise control of fluid flow. The valve body design has no dead angle to avoid the accumulation of pollutants and meets high hygiene standards.

The options of the stainless steel sanitary pneumatic stop valve include:

Material: 304 stainless steel, 316 stainless steel.

Drive mode: single-acting, double-acting pneumatic actuator.

Connection mode: quick-install, threaded, flange connection.

Sealing material: EPDM, PTFE, FPM.

Pressure range: conventional pressure, high pressure type.

Valve type: normally open, normally closed.

• The stainless steel sanitary pneumatic stop valve adopts advanced pneumatic actuator technology, which can accurately control the opening and closing action of the valve and has higher adjustment accuracy.
• The internal fluid channel design of the stainless steel sanitary pneumatic stop valve has no dead angle to avoid the accumulation of dirt and bacteria.
• The pneumatic drive of the stainless steel sanitary pneumatic stop valve provides fast opening and closing action, short response time, and reduces system delay.
• The stainless steel sanitary pneumatic stop valve is designed with consideration that the fluid may carry sediment, and has a built-in automatic cleaning device.
• The stainless steel sanitary pneumatic stop valve adopts low-friction sealing materials such as PTFE or FPM to reduce friction loss.
• The stainless steel sanitary pneumatic stop valve has a modular structure, and some components are removable for easy regular maintenance and replacement.

Stainless steel sanitary pneumatic stop valves are widely used in the following industries: Food processing: ensures the hygiene and precise control of fluids. Pharmaceutical industry: meets high cleanliness requirements and prevents cross contamination. Beverage production: accurately adjusts liquid flow to ensure product quality. Cosmetic manufacturing: controls fluid flow to avoid contamination. Dairy industry: ensures the hygiene and safety of fluid systems. Chemical industry: suitable for the control of corrosive or high-temperature fluids.