What are some of the advantages of sourcing ASME B16.9 elbow from Chinese versus UAE manufacturers?
How does the wall thickness of a buttweld elbow affect its performance?
The wall thickness of a buttweld elbow plays a significant role in its performance & durability. A thicker wall provides increased strength and resistance to internal & external pressure, making it suitable for high pressure applications. It helps maintain the structural integrity of the elbow and reduces the risk of leaks or failures. A thinner wall offers more flexibility and lighter weight, making it suitable for low pressure or less demanding applications.
What are various quality control techniques for stainless steel elbow?
Various quality control techniques are employed for stainless steel elbows to ensure their performance and reliability. It can include visual & dimensional inspections. It also includes non destructive, material and pressure tests. It is also important to maintain proper documentation & traceability of manufacturing processes, materials used and test results for quality assurance.
Table of content
ASME B16.9 Elbow
Size
SCH
ASTM
ASME
Stainless Steel Elbow Specification
Specifications | ASME B16.9 Elbow |
---|---|
manufacturer Types | Big diameter elbows Large diameter elbows Small size elbows |
Available Coating | Oil Black Paint Yellow Transparent Anti-rust Paint Zinc Plated Cold and Hot Dip Galvanized |
Use In | Marine & dredging Sanitation Process Instrumentation Oil and Gas Petrochemical/ Refinery/Chemical Power etc. |
Transportation In | Air & Ocean |
Manufacturing Productivity | 900 ton per month |
Size Of Manufacturer | BW (Buttweld) 1½" NB to 80" NB SMLS (Seamless) 4” to 24” Weld (Welded) 2” to 36” |
Supply Ability | 800 Ton Per Month |
Types Of Buttweld Elbow manufacturer in UAE | Buttweld Elbows (45 Deg Elbows/ 90 Deg Elbows/ 180 Deg Elbows/ With Long Radius & Short Radius Elbows) |
Fittings Connection Types | Buttweld/ Threaded and Instrumentation/ Hydraulic/ Forged |
Types Of Schedule | SCH 5S To SCH XXS |
Description | Price In US ($) |
---|---|
90 ELBOWS, WPB, ASME B16.9, SMLS, SIZE 18 STD | $ US 2162.14 Per KG |
90 ELBOWS, SS 304, B16.9, SMLS, SIZE 12 SCH20 | US $ 1513.98 Per KG |
90 ELBOWS, WPB, B16.9, SMLS, SIZE 16 SCH10 | US $ 105.95 Per KG |
A234 WP 11, 90 ELBOWS, B16.9, SMLS, SIZE 6 SCH40 | US $ 3877.45 Per KG |
A234 WPB, 90 ELBOW, B16.9, SMLS, SIZE 3/4 SCH40 | US $ 88.42 Per KG |
90 ELBOWS, A234 WPB, B16.9, SMLS, SIZE 16 SCH20 | US $ 65.82 Per KG |
90 ELBOWS, SS 316, B16.9, SMLS, SIZE 2 SCH160 | US $ 474.95 Per KG |
90 ELBOWS, A234 WPB, B16.9, SMLS, SIZE 1.1/4, SCH40 | US $ 221.07 Per KG |
90 ELBOWS, A403 304, B16.9 SMLS SIZE 20, SCH40 | US $ 1936.52 Per KG |
90 ELBOWS, 1D, A234 WPB, ASME B16.9, SMLS, SIZE 16 STD | US $ 1181.01 Per KG |
90 ELBOWS, WPB, ANSI B16.9, SMLS, SIZE 12 STD | US $ 3983.56 Per KG |
ANSI B16.9 SMLS, SIZE 3, SCH40, 90 ELBOWS | US $ 484.06 Per KG |
DN 40, 90 DEGREE (LR), SCH 40/STD | US $ 1.74 Per KG |
DN 80, 90 DEGREE (LR), SCH 160 | US $ 71.69 Per KG |
DN 90, 90 DEGREE (LR), SCH 40/STD | US $ 27.37 Per KG |
DN 65, 90 DEGREE (LR), SCH XXS, SA234 GR.WPC | US $ 139.03 Per KG |
DN 65, 90 DEGREE (LR), SCH XXS, SA234 GR.WPC | US $ 52.14 Per KG |
DN 250, 90 DEGREE (SR), SCH 40 | US $ 72.99 Per KG |
DN 350, 90 DEGREE (LR), SCH STD, GR.WPB | US $ 2002.31 Per KG |
DN 125, 90 DEGREE (LR), SCH 40/STD | US $ 10.77 Per KG |
ASME B16.9 Buttweld Elbows
ASME B16.9 45 Degree Elbows
ASME B16.9 90 Degree Elbows
ASME B16.9 180 Degree Elbows
ASME B16.9 5D Elbows
ASME B16.9 3D Elbows
ASME B16.9 Long Radius Elbows
ASME B16.9 Short Radius Elbows
ASME B16.9 Reducing Elbows
ASME B16.9 Mitered Elbows
ASME B16.9 90 Degree Street Elbows
ASME B16.9 30 Degree Pipe Elbows
ASME B16.9 Elbow 60 Degree
ASME B16.9 Sch 40 Elbows
ASME B16.9 SCH 20 Elbows
ANSI B16.9 Buttweld Elbow
Stainless Steel Elbows
Carbon Steel Elbows
Aluminum 90 Degree Elbows
Seamless Elbows
Welded Elbows
Buttweld Elbow Manufacturing Process
45 & 90 Degree Elbow (LR & SR)
180 Degree Elbow Dimensions
SR & LR
ASME B16.9 5d Elbow Dimensions
Dimensions Of ASME B16.9 3D Elbow
How do I choose the appropriate schedule for the carbon steel elbow?
Choosing the appropriate schedule for a carbon steel elbow involves considering several factors:
Are there specific marking requirements for 90 degree elbow?
What are the benefits of using 45 degree elbow in my pipeline system?
What is difference between long radius elbow and short radius elbow?