Titanium tee, also known as titanium pipe tee, titanium tee pipe fitting or titanium tee joint, is a pipe fitting with three openings, usually used at the branch of the main pipeline, which can change the direction of the fluid. It can be used in various occasions where three identical or different pipelines need to be brought together, with various types such as T-shaped and Y-shaped, equal-diameter pipe openings and different-diameter pipe openings. During the manufacturing process, titanium tees usually use specific processes such as hydraulic bulging and hot pressing to ensure that they have good sealing and structural strength. In addition, titanium tees have excellent corrosion resistance in a variety of media, low density, high strength, smooth surface and no dirt, so they are widely used in various industrial fields. Please note that the selection and use of titanium tees need to be determined according to specific application scenarios and needs, including factors such as pipe diameter, working pressure, and medium characteristics.
The titanium tee manufacturing process is a delicate and complex process, which involves multiple links such as material selection, processing method determination, and subsequent heat treatment. This article will introduce the whole process of titanium tee manufacturing process in detail, including key steps such as material preparation, processing, heat treatment and subsequent treatment.
One: Production brand: TA1, TA2, TA3, TA9, TA10, GR1, GR2, GR7, GR9, GR12, N6, N4, Zr
Two: Implementation standards: GB/T 27684, GB/T 13401, HG/T 3651, HG/T 20592, ASTM B363, ASTM B861, ASTM B16.9, ASTM B16.11, MSS SP-43, MSS SP-97,
Three: Surface treatment: pickling, steel shot sand, quartz sand, etc.
Four: Detection method: coloring, flaw detection.
Five: Production process: titanium pipe fittings, elbows, tees, reducers, pipe caps, flat welding rings, butt welding rings, etc.
Specifications: various specifications can be customized.
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