Pipe fittings, Tube fittings

  • Carbon steel elbows 90-Degree Elbow 45-Degree Elbow

    Carbon steel elbows 90-Degree Elbow 45-Degree Elbow

    Types of Carbon Steel Elbows

    90-Degree Elbow: This is the most common type, used to create a sharp turn in the piping system. It is ideal for applications where space is limited and a quick change in direction is needed.

    45-Degree Elbow: This type provides a gentler turn, reducing turbulence and pressure loss in the system. It is suitable for longer runs of piping where a smoother transition is desired.

    Long Radius Elbow: These elbows have a larger radius, which helps to minimize pressure drop and turbulence, making them ideal for high-flow applications.

    Short Radius Elbow: With a smaller radius, these elbows are used in tight spaces but can cause more turbulence and pressure loss. They are typically used in low-flow applications.

    Material Grades

    Carbon steel elbows are available in various grades, with the most common being:

    • A234 WPB: This grade is commonly used for fittings in pressure piping systems and is suitable for moderate to high-temperature applications.
    • A106 Grade B: Often used in high-temperature service, this grade is prevalent in the oil and gas industry.
    • A53: This grade is used for structural purposes and is suitable for various applications, including water and gas lines.
  • 6″ SCH40S SS304 Elbow 1.5D 90Deg

    6″ SCH40S SS304 Elbow 1.5D 90Deg

    Product Name: Stainless Steel Elbow

    Material: SS304

    Size: 6″

    Thickness: SCH40S

    Bend Radius: 1.5D

    Degree: 90

  • Butt Weld Pipe Fitting Seamless

    Butt Weld Pipe Fitting Seamless

    Product Name: Butt Weld Pipe Fitting Seamless

    Size: 1/2″-24″

    Thickness: SCH5S-SCH XXS

    Ends: Beveling

    Surface: Shot Blasting

    Anti-Rust: Black Painting, yellow painting , as customers’ requirement

  • Butt Welding Elbow

    Butt Welding Elbow

    Product Name: Butt Welding Elbow

    Size: 1/2″-24″

    Thickness: SCH5-SCH160

    Ends: Beveling

    Anti Rust: Black Painting

  • Pipe Elbow

    Pipe Elbow

    Product Name: Carbon Steel Elbow

    Size:1/2″-24″

    Thickness: SCH5S-SCH 160

    Ends : Beveling

    Surface: Sand Blasting

    Anti-Rust : Black painting, yellow painting ,as customers’ requirement

  • Steel Elbow

    Steel Elbow

    Product Name: Stainless Steel Elbow

    Size: 1/2″-24″

    Thickness : SCH5S-SCH 160

    Ends: Beveling

    Surface: Sand Blasting and acid wash

  • Steel Pipe Reducer

    Steel Pipe Reducer

    Product Name: Steel Pipe Reducer

    Size: 1/2″-24“

    Thickness: SCH5-SCH160

    Material: Carbon Steel Stainless Steel Alloy Steel

    Ends: Beveling

    Surface: as customers’ requirement

  • Steel Pipe Elbow

    Steel Pipe Elbow

    Product Name: Steel Pipe Elbow

    Size:1/2”-24“

    Thickness: SCH5S-SCH160

    Surface: Sand Blasting ,as customers’ requirement

    Ends : Beveling

  • Steel Pipe Tee

    Steel Pipe Tee

    Product Name: Steel Pipe Tee

    Size: 1/2″-24

    Thickness: SCH5S-SCH160

    Ends: Beveling

    Surface: Black Painting

     

  • steel pipe cap

    steel pipe cap

    Product Name: Steel Pipe Cap

    Size: 1/2″-24‘

    Thickness: SCH5-SCH160

    Ends: Beveling

  • Steel Pipe Nipple

    Steel Pipe Nipple

    Product Name: Steel Pipe Nipple

    Size: 1/8″-6″

    Thickness: SCH5S-SCH160

  • Stainless Steel Sanitary Butt Weld Fittings Eccentric Elbow Tee Pipe Fitting

    Stainless Steel Sanitary Butt Weld Fittings Eccentric Elbow Tee Pipe Fitting

    1. Applications

    • Oil & gas pipelines
    • Chemical processing plants
    • Water supply systems
    • HVAC systems
    • Food & pharmaceutical industries

    2. Standards & Specifications

    Common standards for manufacturing elbows include:

    • ASME B16.9 (Factory-made butt-weld fittings)
    • ASME B16.11 (Socket-weld & threaded fittings)
    • ASTM A234 (Carbon/alloy steel fittings)
    • ANSI/ASME B16.5 (Flanged elbows)

    3. Key Considerations When Selecting an Elbow

    • Flow requirements (minimizing pressure drop)
    • Pressure & temperature rating
    • Corrosion resistance
    • Installation method (welded, threaded, flanged)