Three-Way Valves

3 way valve
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Technical Data
Pressure Classes

ASME/ANSI Class 150 – 4500

Materials of Construction

Materials of construction based on customer requirement: carbon steel, 316SS, 304SS, 321SS, 347SS, Inconel 800H, etc. Other materials are available upon request.

End Connections

Available configurations: “Y” pattern and “L” 90°, with flanged, hub and butt-weld end connection options


Repeatable tight shut-off

Repeatable Shutoff for Critical Applications.

ValvTechnologies’ metal seated three and four-way valves are designed for the most severe applications where flow diversion is combined with the need for repeatable tight shut-off. Both three and four-way valves are available in ‘T’ and ‘L’ configurations and in multiple combinations of body materials, trims and end connections.

Temperature-resistant up to 1400°F (760°C), ValvTechnologies’ metal-seated three and four-way valves are precisely right for your most severe applications. Use them where solids, high-temperatures and high-velocities demand proven shutoff reliability and effective flow diversion.

  • Available configurations for the three-way valve include the “T” pattern and “L” 90°, with flanged, hub and butt-weld end connection options.
  • Temperature-resistant up to 1400°F (760°C)
  • Customizable based on customer requirements
  • Low operating torque and very high flow rate (Cv)
  • With two or three outlets, the multi-port ball valve can be engineered to meet customers unique needs
  • ValvTechnologies’ seat design ensures safe and reliable operation while diverting flow
  •  Metal seats standard for high temperature, severe service applications
  • NPS port sizes 1½ to 30” depending on class requirements
  • Engineered to specific requirements
  • Reliability cycle after cycle with HVOF RiTech® carbide coating technology to resist wear and galling

  • Completely flexible in application
  • Reliability cycle after cycle via integral metal seat
  • Maximized service life through exceptional abrasive and corrosive wear resistance
  • Field-proven for low-maintenance in-plant solutions
  • Increased safety
  • Low cost of ownership
  • Reduced maintenance
  • Increased service life
  • Improved reliability
  • Simplify process flow solutions
  • Maximized service life through exceptional abrasive and corrosive wear resistance

Customizable to meet customer specifications