Titanium grade 2 pipe fittings

Titanium Grade 2 Pipe Fittings

Grade 2 titanium means that it is commercially pure alpha titanium. Different fittings such as the Ti. Alloy Grade 2 Welded Fittings and the seamless fittings are made out of this grade of titanium to withstand the high temperatures and pressures of a piping system. This grade of titanium is used in high-end applications where the corrosion needs to be minimal and strength has to be higher.

Find genuine ASTM B363 wpt2 buttweld elbow suppliers in UAE

Titanium Gr 2 fittings specification

Titanium Gr 2 buttweld fittings sizes Strength ASTM B363 Grade WPT2 material temperature
  • Grade 2 titanium welded fittings : 24 – 96″ (BW)
  • Gr 2 titanium fabricated fittings : custom
  • Ti Alloy Gr 2 seamless fittings : 1/2″ – 24″ (BW)
  • Tensile stress: 344MPa
  • Yield strength: 275MPa
  • 1665 degrees Celsius
Ti Alloy Gr 2 welded fittings meet the requirements Titanium Gr-2 seamless pipe fittings American standard Ends of Titanium Gr-2 buttweld fittings
  • HIC tested
  • IBR
  • NORSOK
  • NACE MR0175
  • NACE MR0103
  • MTC EN 10204 3.1/ 3.2 certificate
  • Sour service
  • ISO 15156
  • NACE TM-0284
  • ANSI/ ASME B16.9
  • ANSI/ ASME B16.28
  • ANSI/ ASME B16.25 (butt welding ends)
  • MSS-SP-83
  • MSS-SP-95
  • MSS-SP-43
  • MSS-SP 119 (Titanium Gr-2 belled end elbow)
  • Plain Bevel
  • Compound Bevel
  • Bevelled
American standard & specification Manufacturing technique Forms of Gr 2 titanium butt welded fittings
  • ASTM B363 WPT2
  • UNS R50400
  • WNR 3.7035

Check ex-stock of above Titanium Grade 2 Pipe Fittings suppliers offer TPI & 3.1
MTC, they supplies SB 363 WPT2 material to several countries like Saudi Arabia, USA, Nigeria, Egypt & Oman

  • Mandrel
  • Hot forming
  • Ti Alloy Gr 2 cap
  • Gr 2 titanium stub end
  • ASME SB 363 Grade 2 elbow
  • Titanium alloy Gr 2 tee
  • SB363 Grade WPT2 reducer
  • Titanium Gr-2 pipe bend
  • SB363 Grade WPT2 cross
  • Flanged elbow (Custom fabrication)
Titanium Gr-2 seamless pipe fittings schedule chart ASME SB 363 Gr 2 butt welding fittings testing reqirements Bending method
  • SCH 60
  • SCH 80
  • SCH 160
  • STD
  • XH
  • XXH
  • SCH 10
  • SCH 20
  • SCH 40
  • Ultrasonic test
  • HIC tested
  • Positive Material Identification (PMI)
  • Hyrdrostatic test (according to ASTM A960/ A960M)
  • Magnetic Particle Examination (For above Sch 80 Titanium Gr 2 fittings bevel ends)

Easily get a quote from above listed Titanium Grade 2 Pipe Fittings suppliers in UAE,
factory price & Korean/ Japanese origin

  • Roll Bending
  • Mandrel Bending
  • Rotary Draw Bending
  • Hot Induction Bending
  • Ram-Type Bending
Ti Alloy Gr 2 welded fittings bend radius SB363 Grade WPT2 pipe bend angle EN standards (Europe)
  • 6D
  • 8D
  • 10D
  • 3D
  • 4D
  • 5D
  • 15°
  • 60°
  • 90°
  • 135°
  • 180°
  • 22.5
  • 30°
  • 45°
  • EN 10253-2
Grade 2 Ti butt welded fittings testing & inspection SB 381 titanium Gr 2 weldable pipe fittings DIN standards (Germany) SB 363 WPT2 titanium butt weld fittings applicable fluids
  • Ultrasonic test
  • HIC tested
  • Positive Material Identification (PMI)
  • 100% Radiography Tested
  • Magnetic Particle Examination (For above Sch 80 CS fittings bevel ends)
  • DIN 2617 (Caps)
  • DIN 2605-1 (Elbow)
  • DIN 2618 (saddle)
  • DIN 2615-1 (Tee)
  • DIN 2615-2 (Tee)
  • DIN 28011 (Torispherical heads)
  • DIN 2605-2 (Elbow)
  • DIN 2616-2 (Concentric Reducer)
  • DIN 2616-1 (Eccentric Reducer)
  • Steam
  • Gas
  • Oil
  • Water
  • Air
Ti Alloy Gr 2 welded fittings JIS standard
(Japan)
GOST standard (Russia) ASTM B363 Grade 2 buttweld pipe fittings packaging
  • JIS B2313
  • JIS B2312
  • GOST 17375 (induction elbow)
  • GOST 17376
  • GOST 17378
  • GOST 17379
  • GOST 17375
  • Carton Box
  • Custom as per buyer choice
  • Wooden Cases
  • Wooden Pallet
ASTM B363 Grade WPT2 BW fittings marking Surface
  • Size
  • Dimensional standard – ASME B16.9
  • Manufacturers name
  • Grade
  • Heat number
  • Sand Blasting
  • Sand Rolling

List of verified ASME b16.9 uns R50400 equal/ reducing tee manufacturers in Dubai, buy wnr 3.7035 seamless end cap any quantity and custom sizes at wholesale price in the middle east, view heat treatment process

SB 363 WPT2 titanium pipe bend

Types Ti Alloy Gr 2 welded fittings dimensions & standard
  • Titanium Gr-2 long radius bend
  • Ti Gr 2 short radius bend
  • SB 363 Grade 2 seamless pipe bend
  • Gr 2 titanium welded pipe bend
  • Grade 2 Ti return bend
  • ASTM B363 Gr 2 J bend
  • Piggable bend
  • SB 363 WPT2 hot induction bend
  • SB 363 Grade 2 mitered pipe bend
  • 5d pipe bend
  • B363 Titanium Grade 2 L bend
  • Gr 2 titanium 2.5d pipe bend
  • WPT2 3d pipe bend
  • SB 363 WPT2 10d pipe bend
  • Grade 2 Ti 22d pipe bend
  • OD 1/2” to 60”
  • ASME B16.49
  • ASME B16.9
  • EN/ DIN 1.4462
  • DN15 – DN 1500

Titanium Grade 2 elbow

Types of Titanium Gr 2 buttweld elbow Titanium Gr 2 elbow angle direction & degrees
  • 1d elbow
  • 1.5d elbow
  • 3d elbow
  • 2d elbow
  • 5d elbow
  • 8d elbow
  • Reducing elbow
  • 22.5 degree
  • 30°
  • 120°
  • 60°
  • 45° LR/ SR
  • 90° LR/ SR
  • 180° return bend/ elbow (LR/ SR)

Contact above ASTM B363 grade WPT2 fittings suppliers & manufacturers for custom
fabrication work in Mexico, USA, Nigeria & Saudi Arabia

ASTM B363 Grade WPT2 tee

  • Gr 2 titanium saddle tee
  • Grade 2 Ti barred tee
  • Titanium Gr 2 lateral tee
  • Gr 2 titanium Y tee
  • SB 363 Gr 2 swept tee
  • ASTM B363 Grade WPT2 straight tees
  • ASTM B363 Titanium Grade 2 reducing outlet tees
  • Grade 2 Ti equal tee
  • Ti Alloy Gr 2 buttweld tee
  • ASTM B363 Titanium Grade 2 reducing tee

ASME SB 363 Grade 2 reducer

ASTM B363 Titanium Grade 2 buttweld reducer are manufactured via seamless & welded method,
following forms are available in all standard sizes as per ASME B16.9

  • Ti Alloy Gr 2 eccentric reducer
  • ASTM B363 Gr WPT2 concentric reducer

Titanium Gr 2 stub end & cap

  • ASTM B363 Titanium Grade 2 lap joint stub end
  • SB 363 Gr 2 butt welded hemi-head pipe cap
  • Grade 2 Ti collar
  • Ti Alloy Gr 2 short stub end
  • ASTM B363 Grade WPT2 long stub end

SB 363 Gr 2 buttweld cross fittings

  • Ti Alloy Gr 2 equal cross
  • Titanium Gr 2 unequal cross (reducing)
  • ASTM B363 Titanium Grade 2 straight crosses
  • SB 363 Gr 2 reducing outlet crosses

ASTM B363 Gr WPT2 swage nipple

  • Titanium Gr 2 concentric swage nipple
  • Ti Alloy Gr 2 eccentric swage nipple (reducing)

End types Ti Gr 2 Swaged nipple

  • PBE – Plain Both Ends
  • PSE – Plain small end
  • PLE – Plain large end
  • TBE – Treaded Both Ends
  • TSE – Treaded small end
  • TLE – Treaded large end
  • BBE – Beveled Both Ends
  • BSE – Beveled small end
  • BLE – Beveled large end

Ti Alloy Gr 2 stub end specification

Titanium Gr-2 stub end standard Titanium Gr-2 stub end schedule Type of Titanium Gr-2 stub end Installed with
ASME B16.9
  • Schedule XS
  • Schedule STD
butt weld Lap Joint flange
MSS SP-43
  • Schedule 5S
  • Schedule 10S
Type A Lap Joint flange
MSS SP-43
  • Schedule 10S
  • Schedule 5S
Type B Slip On flange

ASTM B363 Grade WPT2 BW fittings equivalent standard

STANDARD UNS WERKSTOFF NR.
Titanium Gr 2 R50400 3.7035

Titanium Gr-2 seamless pipe fittings chemical composition

Titanium Gr 2 C Ti H N Fe O
0.1 max 99.2 min 0.015 max 0.03 max 0.3 max 0.25 max

ASME SB 363 Gr 2 butt welding fittings mechanical properties

Density Melting Point Yield Strength (0.2%Offset) Tensile Strength Elongation
4.5 g/cm3 1665 °C (3030 °F) Psi – 39900 , MPa – 275 Psi – 49900 , MPa – 344 20 %

Check thickness requirement & heat resistance of grade 2 titanium concentric/ eccentric reducer, find genuine suppliers for all sizes of b363 titanium r50400 45/ 90/180-degree elbow

The cold formability of a metallic product depends on the ductility of the metal. The fittings have to have a certain thickness to undergo different heat treatment processes. Hot working, machining, and welding processes can be applied to heat-treated products. The heat treatment is done mainly by annealing. Annealing is a process where the grade 2 titanium products are heated to 1200 to 1400 degrees Fahrenheit for up to 2 hours. The products are then allowed to cool slowly or force-cooled through airflow.

Yes, elbow quenching is a heat treatment process. Grade 2 Titanium Elbow is heated above the critical temperature for a specific period of time and then allowed to be cooled under a quenching agent very quickly. This process makes the different titanium grade 2 pipe fittings such as the ASTM B363 WPT2 Reducer to be stronger than normal. They become resistant to high temperatures. The tensile strength of the different fittings improves through this process. The ASME B363 Ti Gr 2 Stub End and other fittings can be quenched through this heat treatment process.

The fittings have to abide by different sets of requirements. The thickness is mentioned in the schedules. The thickness requirement for grade 2 titanium tees and other fittings ranges from schedule 5s through schedule XXS. The size ranges from ½ to 10 inches for seamless butt weld fittings and from ½ to 48 inches for welded butt weld fittings. The thickness and size requirements are governed by ASME B 16.9, ASME B16.25, and ASME B16.28 standards.

Quickly get pricing from trusted stockists of ti gr 2 pipe bend in abu Dhabi, view chemical and mechanical properties of ti gr 2 unequal cross

The different grading and standardization of the products such as the UNS R50400 End Cap can mean a difference in the strength of the product. The yield strength of this material grade is between 350 and 450 MPa. The tensile strength of the Ti Gr 2 Seamless Fittings can range up to 485MPa. This is the reason why these fittings are so strong and can be applied in high vibration and high tensile applications such as military, aircraft, and other industries.

Also refers to the non-destructive testing of titanium alloy grade 2 stub end, importers of ti. alloy grade 2 short/ long radius elbows in the United Arab Emirates

WNR 3.7035 Reducing Tee and other reducer fittings can be used in high-temperature applications because of their heat resistance. The service temperature of this grade of materials ranges from -210° C to 400° C. But this depends on the material that flows within the pipes. Since the material is strong and can be heat treated to withstand high temperatures, it has the capacity to resist heat up to the designated temperature limits.

Titanium alloy like any other alloy material is tested with different methods to ensure the quality and desired characteristics. There are destructive and non-destructive methods of testing. The destructive methods involve physical impact on the pipes, whereas the non-destructive methods do not destroy the material

These non-destructive methods include ultrasonic, liquid penetrant, magnetic particle, positive material identification, and radiography testing. The radiography testing is done only for the weld fittings.