WPHY 70 Fittings

WPHY 70 are high temperature and pressure carbon steel fittings grade. The  WPHY 70 Fittings are designed with a superior chemical composition that gives it enhanced corrosion resistance properties. These fittings are used to influence the characteristics of the flow in the system. The  MSS SP75 WPHY Gr 70 Buttweld Fittings are high-strength fittings that have some weld joint designs. These fittings can be shaped in different specifications and shapes to suit different product requirements. They are quality-assured and produced under the guidance of our renowned customers.

The  WPHY Gr 70 Elbow is a versatile device that is employed to change the direction of fluid and gaseous media in pressurized conditions. These elbows can be produced in long or short radius specifications. A  WPHY Grade 70 Tee is a device that is shaped in the form of a T. These tees possess 2 outlets at 90 degrees with one main line inlet. These tees can also be availed in other specifications. The  MSS SP75 WPHY Grade 70 Lateral Tee is similar to a normal tee; however, these tees possess a branch pipe that is 45 degrees from the piping system.  ASTM A870 WPHY Grade 70 Cap is a fitting that is employed to seal the ends of a pipeline.

These caps provide superior strength and protect the piping system from damage and corrosion. The  ASTM A870 WPHY Gr 70 Reducer is utilized to join piping components of dissimilar sizes. These reducers are designed with eccentric and concentric specifications. The versatile  Carbon Steel WPHY 70 Return Bends is a device that allows the pipe to make a 180-degree turn to change the direction of the flow. These bends are U-shaped structures that can be seen as L-bends that are joined together.


MSS SP75 WPHY 70 Stub End Specification As Per ASME B16.9

WPHY 70 Material Specification

Most Selling Size :

Most Selling Size :

  • Seamless : 1/2" To 24"
  • Buttweld : 1/2" To 36"
  • Welded : 24" To 96"
  • Contact WPHY 70 Fittings manufacturer in India for above 48″
Machines Types :

Machines Types :

  • Conventional Machine
  • CNC
  • Beveling Machine
Documentation :

Documentation :

  • Material traceability records
  • Fumigation certificates
  • Raw material test reports
Wall Thickness :

Wall Thickness :

  • Schedule 20 & 40
  • Schedule : 80 To 120
  • Schedule : 160 To 180
International Standard :

International Standard :

  • MSS-SP-75 For 14” to 48”
  • ASME B16.9 For 1/2” to 14”
Packaging Method :

Packaging Method :

  • Wooden Cases
  • Carton Box
  • Wooden Pallet
Yield Strength  :

Yield Strength :

  • 70000 PSI
Tensile Strength :

Tensile Strength :

  • 82000 PSI
Raw Material :

Raw Material :

  • Seamless Pipe
  • API 5L pipe
  • Welded Pipe
Applicable Fluids  :

Applicable Fluids :

  • Oil and Gas
  • Steam
  • Water and Air
Forming Technique :

Forming Technique :

  • Hot formed
  • Cold formed
Different Coating :

Different Coating :

  • Anti rust
  • Zinc coatings
  • PE/ PTFE/ FBE coating
  • Back painting
ISO Standard :

ISO Standard :

  • ISO 5251
Types:

Types:

  • WPHY 70 Elbow
  • WPHY 70 End Cap
  • WPHY 70 Stub End
  • WPHY 70 Tee
  • WPHY 70 Reducer
  • WPHY 70 Pipe Bend
Method :

Method :

  • SMLS (Seamless)
  • Weld (Welded)
  • BW (Buttweld)
Service :

Service :

  • NACE TM-0284
  • NACE MR0103
  • NACE MR0175
Thickness Tolerance :

Thickness Tolerance :

  • +/-12.5%
  • Custom
Marking Process :

Marking Process :

  • Manufacturers Name
  • Standard & Heat No.
  • Size & Schedule
  • Grade & Material
WPHY 70 Material Life :

WPHY 70 Material Life :

  • 4 Years
Manufacturing Technique :

Manufacturing Technique :

  • Forged
  • Machined
  • Heat Treated
End Connection :

End Connection :

  • Welding
Process :

Process :

  • Bending
  • Welding
  • Cutting
Certificates :

Certificates :

  • EN 10204 3.2
  • EN 10204 3.1
Surface Treatment Type :

Surface Treatment Type :

  • Sand Blasting
  • Sand Rolling
Application :

Application :

  • Petrochemicals
  • Oil and Gas
  • Pharmaceuticals
  • Chemical Equipment
  • Power Generation
Method:

Method:

  • Butt Weld
  • Welding
  • Casting
  • Forged
  • Pushing
Common Testing :

Common Testing :

  • Mechanical Testing
  • Hyrdrostatic Test
  • PMI Test
  • Hardness Test
  • Chemical Analysis
Bend Radius Types :

Bend Radius Types :

  • 1.5D/ 2D/ 3D
  • 4D/ 5D/ 6D
  • 8D/ 10D/ 22D
Angle Of Pipe Bend  :

Angle Of Pipe Bend :

  • 15 Deg, 22.5 Deg, 30 Deg
  • 45 Deg, 60 Deg, 90 Deg
  • 135 Deg, 180 Deg
Bending Method :

Bending Method :

  • Hot induction bending
  • Roll bending
  • Rotary draw bending
Logistics :

Logistics :

  • By Air
  • By Sea
  • UAE = 5 day
  • Qatar = 6 To 7 day
  • Saudi Arabia = 8 to 9 day
  • Switzerland = 45-60 days
  • Singapore = 8 days
  • Thailand = 7 day
  • Bangladesh = 14 day
Test Methods :

Test Methods :

  • ASTM A751
Value Added Services :

Value Added Services :

  • Minor Fabrication
  • Threading
  • Cutting
  • Beveling End
  • Polishing

ASTM A860 WPHY 70 Elbow For High Pressure Transmission Service, Check API 5L X70 Butt Welding Fittings Temperature As Per ASME B31.3.

Temperature Of High Yield X70 Seamless Fittings

Temperature Allowable Stresses
-50~100°F 27.3 ksi
200°F 27.3 ksi
300°F 27.3 ksi
400°F 27.3 ksi
500°F -

Testing Of WPHY 70 Elbow

  • PMI test to ensure the material quality

  • Dimension controlling during fabricating and finished

  • 100% Visual and surface examination

  • Tensile test per heat

  • Intergranular Corrosion test on request

  • NDT test of PT, UT, RT

A870 Grade WPHY 70 Tee Manufacturer & Supplier That Offers Destructive Testing, View Carbon Steel X70 SMLS Fittings Tensile & Yield Requirements.

ASTM A860 WPHY 70 Fittings Tensile Requirements

  • 550-725 MPa

  • 80-105 ksi

MSS SP75 WPHY 70 Butt Welding Fittings Yield Strength

  • 485 MPa (minimum)

  • 70 ksi (minimum)

High Yield X70 Reducer and End Cap Are Manufactured in Welded and Seamless Pipe, View A870 Gr WPHY 70 Weld Fittings Chemical Composition.

WPHY 70 Chemical Composition

Niobium [Cb] :

Niobium [NB] :

  • ≤0.04%
Vanadium [V] :

Vanadium [V] :

  • ≤0.10%
Titanium [Ti] :

Titanium [Ti] :

  • ≤0.05%
Molybdenum [Mo] :

Molybdenum [Mo] :

  • ≤0.25%
Nickel [Ni] :

Nickel [Ni] :

  • ≤0.50%
Copper [Cu] :

Copper [Cu] :

  • ≤0.35%
Carbon [C] :

Carbon [C] :

  • ≤0.20%
Manganese [Mn] :

Manganese [Mn] :

  • 1.00-1.45%
Phosphorus [P] :

Phosphorus [P] :

  • ≤0.030%
Sulfur [S] :

Sulfur [S] :

  • ≤0.010%
Silicon [Si] :

Silicon [Si] :

  • 0.15-0.40%
Chromium [Cr] :

Chromium [Cr] :

  • ≤0.30%
Learn About The ASME SA870 WPHY 70 Pipe Fittings Impact Test Temperature, and Higher Temperature Limit

Impact Test Temperature Of API 5L X70 Weld Fittings

  • −50°F

  • −46°C

Higher Temperature Limit Of Carbon Steel X70 Pipe Fittings

  • -50°F and 500°F As Per ASME B31.3

Types Of WPHY 70 Fittings

WPHY Grade 70 CS End Cap

WPHY Grade 70 CS End Cap

ASTM A870 WPHY Gr 70 Return Bends

ASTM A870 WPHY Gr 70 Return Bends

MSS SP75 WPHY Gr 70 Cross Fitting

MSS SP75 WPHY Gr 70 Cross Fitting

ASTM A870 WPHY Grade 70 Lap Joint Stub Ends

ASTM A870 WPHY Grade 70 Lap Joint Stub Ends

WPHY Gr 70 Carbon Steel 90 Degree Elbows

WPHY Gr 70 Carbon Steel 90 Degree Elbows

WPHY Grade 70 Carbon Steel Elbow

WPHY Grade 70 Carbon Steel Elbow

Carbon Steel WPHY Grade 70 Reducer

Carbon Steel WPHY Grade 70 Reducer

Carbon Steel WPHY Gr 70 Equal Tee

Carbon Steel WPHY Gr 70 Equal Tee

CS WPHY Gr 70 Laterals

CS WPHY Gr 70 Laterals

CS WPHY Grade 70 45 Degree Elbows

CS WPHY Grade 70 45 Degree Elbows

API 5L WPHY Grade 70 Eccentric Reducer

API 5L WPHY Grade 70 Eccentric Reducer

CS Grade 70 High Yield Stub End

CS Grade 70 High Yield Stub End

Carbon Steel WPHY 70 180 Degree Elbows

Carbon Steel WPHY 70 180 Degree Elbows

WPHY Grade 70 High Yield Reducing Tee

WPHY Grade 70 High Yield Reducing Tee

API 5L WPHY 70 Cross Tee

API 5L WPHY 70 Cross Tee

API 5L WPHY 70 Fittings

API 5L WPHY 70 Fittings

CS WPHY 70 High Yield Concentric Reducer

CS WPHY 70 High Yield Concentric Reducer

MSS SP75 WPHY Grade 70 Weld Elbows

MSS SP75 WPHY Grade 70 Weld Elbows


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