WPHY 42 Fittings

Most Selling Size :

• Welded : 24 – 96″
• Buttweld : 1/2″ – 36″
• Seamless : 1/2″ – 24″

Schedule :

• SCH 10 To 180 XXS

WPHY 42 Advantages :

• Used For Wrought Fitting Products
• High Corrosion Resistant
• Increased Toughness

Ends :

• Bevelled
• Butt Welding
• Plain Bevel

Applicable Fluids :

• Oil & Gas
• Steam
• Water
• Air

Packaging Types :

• Carton Box
• Wooden Cases
• Wooden Pallet

GOST Standard (Russia):

• GOST 17375
• GOST 17376
• GOST 17378
• GOST 17379
• GOST 17375

ISO Standard :

• ISO 5251

Yield Strength :

• 290 Mpa (minimum)

Tensile Strength :

• 415 Mpa to 585 Mpa

Making :

• Seamless Pipe
• Welded Pipe

Test Methods :

• ASTM A751

Heat Treatment :

• Normalizing
• Quenching
• Tempering
• Stress relieving

Material Life :

• 5 Years

Elongation :

• 28%

Machines :

• Cold Forming Machines
• Beveling Machine
• Hydraulic Press 150 Tons Capacity
• Hydraulic Press 300 Tons Capacity

Sour service :

• NACE MR0103
• ISO 15156
• HIC tested
• NORSOK
• NACE MR0175
• IBR
• MTC EN 10204 3.1
• NACE TM-0284

Manufacturing Standard :

• 1/2” to 14” in ASME B16.9
• 14” to 48” in MSS-SP-75

Specifications :

• ASTM A860
• ASME SA860

Coating Method :

• PE coating
• 3PE coating
• Anti corrosion coating
• Customized coating

Method :

• Seamless
• Welded
• Buttweld

WPHY 42 Full Form :

• WP = Wrought pipe
• HY = High Yield
• 42 = 42 KSI yield strength

Testing Requirements :

• Hyrdrostatic test
• Ultrasonic test
• HIC test
• PMI test

Most Demanded Types:

• WPHY 42 Reducer
• WPHY 42 Tee
• WPHY 42 Pipe Bend
• WPHY 42 Stub End
• WPHY 42 End Cap
• WPHY 42 Elbow

Bend Radius :

• 3D/ 4D/ 5D
• 6D/ 8D/ 10D
• 12D/ 22D

Bend Angle :

• 15°/ 22.5/ 30°
• 45°/ 60°/ 90°
• 135°/ 180°

Bending Method :

• Ram type bending
• Rotary draw bending
• Roll bending
• Mandrel bending
• Hot induction bending

DIN Standards :

• Caps (DIN 2617)
• Concentric (DIN 2616-2)
• Eccentric (DIN 2616-1)
• Saddle (DIN 2618)
• Tee (DIN 2615-1/2)
• Elbow (DIN 2605-1)
• Elbow (DIN 2605-2)
• Torispherical heads (DIN 28011)

European Standards :

• EN 10253-2

Japanese Standard:

• JIS B2313
• JIS B2312

Manganese [Mn] :

• 0.2%

Silicon [Si] :

• 0.01%

Phosphorus [P] :

• 1.00-1.45%

Sulfur [S] :

• 0.03%

Carbon [C] :

• 0.20%

Copper (Cu) :

• 0.25%

Chromium (Cr) :

• 0.5%

Titanium (Ti) :

• 0.35%

Nickel (Ni) :

• 0.15-0.40%

Aluminum (Ai) :

• 0.04%

Vanadium (V) :

• 0.05%

Niobium (CB) :

• 0.10%

Tensile Strength

• 515-690 MPa

Yield Strength (0.2%Offset)

• 415 MPa

Elongation

• 28%