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FerriXLink SS304 Butterfly Valve – 1¼” Tri-Clamp, 2-Pack

$38.99 on Amazon.com (as of October 16, 2026, 7:09 AM EST) View details ↗

The FerriXLink SS304 Butterfly Valve is a robust, high-performance solution for sanitary fluid control, engineered for demanding industrial and beverage applications. Constructed from 304-grade stainless steel and fitted with a silicone gasket, this valve delivers exceptional durability across a wide temperature range—from -40°F to 392°F—without compromising on corrosion resistance or structural integrity. Its Tri-Clamp design ensures a secure, leak-proof connection with outer diameters ranging from 1″ to 2″ and ferrule sizes of 50.5mm to 64mm, making it compatible with standard sanitary tubing systems.

The valve’s quick-adjust pull handle simplifies operation, allowing users to easily toggle between fully open, fully closed, and a precise throttling position with minimal effort. This intuitive design is ideal for beer, dairy, beverage, pharmaceutical, and chemical processing environments where fast and reliable flow control is critical. Additionally, the valve’s thickened butterfly disc and 400 PSI pressure rating ensure long-term reliability, while 100% hydraulic pressure testing guarantees leak-free performance under extreme conditions. Whether installed in a production line or a laboratory setting, this valve provides the versatility and durability needed for professional-grade fluid management.

Material304-grade stainless steel body with silicone gasket
Temperature Range-40°F to 392°F
Pressure Rating400 PSI
Connection TypeTri-Clamp (1″–2″ OD, 50.5mm–64mm ferrule)
Packaging2-pack
CompatibilitySanitary fluid systems (beer, dairy, pharmaceutical, chemical)
Can this valve be used in beer-brewing applications?
Yes, the valve’s sanitary Tri-Clamp design and food-grade materials make it ideal for beer processing, ensuring clean, leak-free flow control.
What’s the maximum pressure this valve can handle?
The valve is rated for 400 PSI, with each unit tested to ensure reliability under high-pressure conditions.
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