Superlok SBT3-F4N (3 Way) 1/4"F NPT X 1/4"F NPT X 1/4"F NPT - 3-Way SBT Trunnion Ball Valve - 316 Stainless Steel With PCTFE Seats

# Ball Valves The Superlok SBT3-F4N is a high-performance 3-way trunnion ball valve designed for superior fluid control in hydraulic and pneumatic systems. Constructed from durable 316 stainless steel, this valve ensures exceptional resistance to corrosion and wear, making it ideal for demanding industrial applications. With PCTFE seats, it provides reliable sealing performance, enhancing operational efficiency and safety. ## Key Features • **Construction Material:** Made from 316 stainless steel, providing excellent corrosion resistance and durability in harsh environments. • **Connections:** 1/4" F NPT on all three ports for easy integration into existing systems. • **Design:** 3-way trunnion design allows for versatile flow control, enabling multiple flow paths while maintaining low pressure drop. • **Seat Material:** PCTFE seats ensure a secure and leak-proof seal, enhancing the valve's reliability during operation. • **Operating Pressure:** Suitable for high-pressure applications, withstanding pressures up to [insert pressure rating here] for versatile use. ## Applications • **Fluid Control Systems:** Ideal for use in petrochemical, semiconductor, and biopharmaceutical industries where precise fluid handling is critical. • **Compatibility:** Designed to integrate seamlessly with other Superlok fittings and valves, ensuring a cohesive system performance. • **Environmental Suitability:** Performs effectively in high-temperature and corrosive environments, making it suitable for demanding industrial conditions. ## Benefits • **Enhanced Performance:** The trunnion design facilitates smooth operation and minimizes wear, extending the life of the valve. • **Reliability:** With PCTFE seats and robust construction, the SBT3-F4N ensures leak-free operation, crucial for maintaining safety in fluid systems. • **Operational Efficiency:** This valve’s versatility in flow direction helps streamline processes, reducing the need for additional components and simplifying system design. --- *Product information compiled with AI assistance for reference purposes.*