Item# SM12X6E22

The SM12X6E22 delivers a durable, corrosion-resistant solution for reducing 3/4″ O.D. to 3/8″ O.D. tubing with a 90° elbow, crafted from 316 Stainless Steel with a single corrosion-resistant alloy layer. Designed for high-pressure fluid systems, it ensures precise fluid control in industrial settings. The machined finish supports clean in place processes, fitting demanding layouts.

Ideal for oil and gas pipelines and chemical processing units, it provides durability and strength. The 316 Stainless Steel resists corrosive gases, thermal cycles, and harsh cleanings, ensuring reliability. It integrates with standard fittings, minimizing contamination in high-purity gas networks.

Installation is easy, with a finish that reduces fouling and simplifies maintenance. The SM12X6E22 maintains a secure seal under pressure, aiding quick assembly in OEM fluid systems. Its design suits modular process lines, offering reliable transitions. This elbow enhances efficiency by reducing downtime. Compatible with industrial valves, it serves high-pressure fluid applications. For a 3/4″ to 3/8″ 90° elbow, it’s a reliable pick.

Key Benefits

  • Secure Transition: Ensures leak-free 90° reductions
  • Robust Design: Resists wear and harsh conditions
  • Clean Finish: Supports clean in place processes
  • Easy Upkeep: Simplifies cleaning and installation
  • Reliable Flow: Enhances precise fluid control

Typical Applications

  • Clean in place instrumentation (CIP)
  • Oil and gas pipelines
  • Chemical processing units
  • Semiconductor manufacturing
  • Pulp processing systems
  • OEM fluid assemblies

Count on the SM12X6E22 to provide exceptional durability and precision for your high-pressure oil and gas gas systems, ensuring top-notch performance with every transition.

Reducing-90-Degree-Elbow-image
Reducing-90-Degree-Elbow-drawing
Specifications
Part Number
SM12X6E22
Brand
Superlok®
Dimensions

Part#

CAD Download Part #

Please submit the form below and your download will begin immediately. (All fields are required)