Socket Weld Tee

Socket Weld Tee Manufacturer & Supplier

A Socket Weld Tee is a pipe fitting that can combine or split fluid flow. It has a T-shaped form, with one inlet and two exits at 90-degree angles. These fittings are designed for small bore piping systems and are typically used in high-pressure applications.

Stainless Steel Socket Weld Tee
Stainless Steel Socket Weld Tee
Carbon Steel Socket Weld Tee
Carbon Steel Socket Weld Tee
AttributeDescription
Product NameSocket Weld Tee (Equal or Reducing)
ShapeT-shaped, available as Equal Tee (same diameter) or Reducing Tee (different diameters)
Size Range1/8″ to 4″ (DN6 to DN100)
Pressure ClassesClass 2000, 3000, 6000, 9000 (depending on application)
StandardsASME B16.11, BS3799, MSS SP-79, MSS SP-95
MaterialsStainless Steel: ASTM A182 F304, F304L, F316, F316L, F321, F347, F904L – Carbon Steel: ASTM A105, A350 LF2, A106 Gr.B – Alloy Steel: ASTM A182, A335, A234 (P1, P5, P9, P11, P22, P91) – Nickel Alloys: UNS 2200 (Nickel 200), UNS 4400 (Monel 400), Inconel 600/625, Hastelloy C276 – Duplex/Super Duplex: ASTM A182 F51, F53, F55 – Copper Alloys: ASTM SB 111, SB 466 (C70600, C71500)
Connection TypeSocket Weld (pipe inserted into recessed area and welded)
Max PressureUp to 2000 psi @ 150°F (Class 3000), 300 psi @ 550°F (saturated steam)
Temperature Range-20°F to 550°F (material dependent)
ApplicationsChemical processing, oil refineries, petrochemical, power generation, water/gas lines
Key Features– Leakage-proof and corrosion-resistant – Suitable for high-pressure systems – Used for toxic/flammable fluids where no leakage is permitted – Simplifies pipeline branching
Dimensional Tolerances– Socket Bore (B): Max/min per ASME B16.11 – Bore Diameter (D): Max/min – Socket Wall Thickness (C): Average thickness – Center to bottom of socket (A): ±1.5 mm (NPS 1/2 to 3/4), ±2 mm (NPS 1 to 2), ±2.5 mm (NPS 2.5 to 4)
Typical Example1″ Socket Weld Forged Steel Tee: – Outside Dia.: 1-49/64″ – Max Pressure: 2000 psi @ 150°F – Material: Black Forged Steel (ASTM A106) – Number of Holes: 3

Socket Weld Tee Dimensions

Class 3000 (Suitable for Schedule 80 Pipe)

NPSDN

A (Center

to End)

B (Socket Depth)C (Socket Diameter)D (Bore Diameter)J (Min. Socket Wall Thickness)
1/8″621.010.011.0–11.56.8–7.53.2
1/4″821.010.014.0–14.59.0–10.03.3
3/8″1025.510.017.5–18.012.5–13.53.5
1/2″1531.510.021.8–22.215.5–16.54.1
3/4″2037.013.027.2–27.721.0–22.04.3
1″2543.013.034.0–34.527.0–28.04.8
1-1/4″3247.513.042.7–43.235.5–36.55.0
1-1/2″4053.513.048.8–49.341.5–42.55.3
2″5064.016.061.2–61.752.5–53.56.1
2-1/2″6576.516.073.8–74.462.5–63.57.0
3″8089.019.089.8–90.478.0–79.07.6
4″100104.019.0114.8–115.4102.0–103.08.6

Class 6000 (Suitable for Schedule 160 Pipe)

NPSDNA (Center to End)B (Socket Depth)C (Socket Diameter)D (Bore Diameter)J (Min. Socket Wall Thickness)
1/8″625.510.011.0–11.55.0–6.04.8
1/4″825.510.014.0–14.57.0–8.04.8
3/8″1031.510.017.5–18.010.0–11.05.0
1/2″1537.010.021.8–22.212.5–13.55.6
3/4″2043.013.027.2–27.716.0–17.06.1
1″2550.013.034.0–34.521.5–22.56.6
1-1/4″3256.513.042.7–43.230.0–31.06.8
1-1/2″4062.013.048.8–49.336.0–37.07.1
2″5074.016.061.2–61.747.0–48.08.0
2-1/2″6584.016.073.8–74.456.0–57.08.9
3″8098.519.089.8–90.468.0–69.010.4
4″100118.019.0114.8–115.490.0–91.011.8

Class 9000 (Suitable for XXS Pipe)

NPSDNA (Center to End)B (Socket Depth)C (Socket Diameter)D (Bore Diameter)J (Min. Socket Wall Thickness)
1/8″625.510.011.0–11.53.0–4.06.4
1/4″831.510.014.0–14.54.5–5.56.4
3/8″1037.010.017.5–18.07.0–8.06.6
1/2″1543.010.021.8–22.29.0–10.07.5
3/4″2050.013.027.2–27.712.5–13.58.2
1″2556.513.034.0–34.516.0–17.09.1
1-1/4″3262.013.042.7–43.224.0–25.09.7
1-1/2″4074.013.048.8–49.329.0–30.010.2
2″5084.016.061.2–61.738.0–39.011.6
2-1/2″6598.516.073.8–74.446.0–47.013.7
3″80113.519.089.8–90.457.0–58.015.2
4″100132.019.0114.8–115.478.0–79.017.0

Features:

  • Ensures leak-proof connection due to strong weld.

  • Used in applications requiring robust, permanent joints.

  • Suitable for pipelines carrying flammable, toxic, or expensive materials.

Types:

  • Equal Tee – All three ends are the same diameter.
  • Reducing Tee – One or two branch outlets have a smaller diameter.

Standards:

  • ASME B16.11

  • MSS SP-83

Applications:

  • Chemical & Petrochemical Plants

  • Power Generation

  • Oil & Gas Industry

  • High-pressure steam systems

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