The Superlok SRUT 16-16-8 is a versatile reducing union tee, expertly crafted from 316 Stainless Steel, a corrosion-resistant alloy, to connect three tubes with outer diameters of 1″ and 1/2″ in a T-shaped double-ferrule configuration. Engineered for pressure systems, it ensures precise fluid control, making it a top choice for high purity fluid processors. The polished finish supports clean in place instrumentation, delivering excellence in demanding, high-purity setups.

Enhanced by sanitary stainless steel fittings, its rugged construction conquers the toughest industrial challenges.

Tailored for chemical processing and hydraulic systems, this tee blends exceptional durability with dependable strength. Resists corrosive gases, temperature fluctuations, and rigorous cleanings, promising long-term reliability in high purity environments. It integrates seamlessly with standard fittings, minimizing contamination risks in gas networks.

Installation is efficient, with a finish that reduces fouling and simplifies maintenance. The SRUT 16-16-8 ensures a secure, leak-proof connection under pressure, accelerating assembly in OEM fluid systems. Its thoughtful design fits modular process lines, enhancing efficiency with reliable adaptability. Consistent sealing helps this fitting reduce interruptions and maintain steady performance in critical service.

Key Benefits

• Seal Assurance: Maintains tight sealing through repeated pressure fluctuations.
• Material Strength: Dense construction resists deformation in demanding service conditions.
• Clean-Flow Finish: Smooth internal surfaces support high-purity fluid transfer.
• Maintenance Efficiency: Accessible union design simplifies inspection and reassembly.
• Process Stability: Bore geometry helps preserve accurate, repeatable flow performance.

Typical Applications

• Chemical processing plants
• Hydraulic systems
• Pulp processing units
• Oil and gas networks
• OEM fluid assemblies

Select the SRUT 16-16-8 for dependable, high-performance engineering in your critical operations.