Minimum Order : 50 unit
Customization as per requiments
| Standards | Ansi B 16.9 Astm A403 Asme Sa403, Api 590 605 Asme B16.9, Asme B16.25 |
| Dimensions | Ansi B16.9, Ansi B16.28, Mss Sp 43 Type A, Mss Sp 43 Type B, Jis B2312, Jis B2313 |
| Materials | Stainless Steel, Duplex Steel, Carbon Steel, Alloys Steel, Copper Nickel, Nickel, Monel, Inconel, Hastelloy, Titanium, Brass, Aluminium, Smo 254 |
A pipe fitting that combines flow from two different directions at a 45° angle, with a reducing outlet to connect pipes of varying sizes. It is commonly used in pipeline systems to minimize pressure loss, improve flow distribution, and accommodate changes in diameter.
A pipe fitting that connects three pipes of varying diameters at a T-junction. Designed to handle flow direction changes efficiently, it is commonly used in piping systems to branch a larger pipe into a smaller one. Made from durable materials such as carbon steel, stainless steel, or alloy steel, it provides corrosion resistance, strength, and long-lasting reliability for industrial applications.
What sizes are available for buttweld reducing tees?
They are manufactured in sizes ranging from ½” NB to 48” NB, with reductions customized according to design requirements. Wall thicknesses are supplied in various schedules (SCH 10 to SCH XXS), ensuring suitability for both low pressure and high pressure applications.
How does a buttweld reducing tee work?
The fitting has two identical openings in the straight run and one smaller branch outlet. When welded between pipes, it allows the main flow to continue while diverting a portion into a reduced diameter branch. This design is efficient for distributing or collecting fluids in process piping systems, ensuring better flow control and reduced turbulence compared to threaded or socket connections.
How does a buttweld reducing tee work?
The fitting has two identical openings in the straight run and one smaller branch outlet. When welded between pipes, it allows the main flow to continue while diverting a portion into a reduced diameter branch. This design is efficient for distributing or collecting fluids in process piping systems, ensuring better flow control and reduced turbulence compared to threaded or socket connections.
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