Hastelloy x forged fittings

Hastelloy x forged fittings

Hastelloy x is a wrought alloy that comprises elements like Nickel, Chromium, Molybdenum, Carbon, Silicon, Iron, and traces of other chemical elements. The alloy is subjected to elevated temperatures to produce Hastelloy x Forged Fittings; the process is called forging.

The alloy x forged fittings find huge applications in petrochemical process equipment, gas turbines, industrial furnaces, jet engine tailpipes, turbine blades, aircraft, etc.

The alloy has superior corrosion resistance, especially chloride stress-corrosion cracking. It can easily withstand elevated temperatures. It also has excellent resistance to carburization and reduced environments.

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Directly purchase ASTM B564 UNS N06002 threaded bushing and alloy x socket weld hex plug from suppliers in the Middle East and South Korea

Hastelloy X socket weld fittings specification


Hastelloy x forged fittings specification

ASTM B564 N06002 socket weld forged fittings sizes American / ASTM standard Meet standard
  • Class 3000 : ½ – 4″
  • Class 6000/ 9000: ½ – 2″
  • DN6~DN100
  • ASTM B564 UNS N06002 (Forging)
  • ASTM B572 UNS N06002 (Bar stock)
  • MSS SP-79
  • BS 3799
  • MSS SP-83
  • MSS SP-95
  • MSS SP-97
DIN 2.4665 socket weld pipe fittings type Dimensional standard B564 N06002 SW pipe fittings pressure class
  • Alloy X socket weld half coupling
  • Nickel X socket weld cap
  • ASTM B564 alloy X socket weld tee
  • UNS N06002 socket weld cross
  • Hastelloy X socket weld coupling
  • ASME SB 564 Hastelloy X socket weld elbow
  • ASME B16.11
  • Class 6000
  • Class 3000
  • Class 9000
Pipe schedule for ASME SB564 N06002 fittings Quality & test certificates Origin of material
  • Class 3000 : SCH 80 / XS
  • Class 6000: SCH 160
  • Class 9000: SCH XXS
  • EN 10204/3.1B
  • 100% Radiography Test Report
  • NACE MR0103
  • NACE MR0175
  • USA
  • Korean
  • West Europe
  • Japan
  • Indian

Need custom sizes? Contact above top 10 Hastelloy X forged fittings suppliers & manufacturers for best price

Alloy X socket welding pipe fittings dimensions Melting point Density
  • 1355°C
  • 8.22 gram/ cm3

Compare the response times and costs for ASME SB564 X Hastelloy threaded fittings from a range of accredited WNR 2.4665 half/full coupling distributors.

Alloy X threaded fittings specification

Sizes ASTM standard Meet standard
  • Class 2000 : ½ – 4″
  • Class 3000/ 6000: ½ – 2″
  • DN6~DN100
  • ASME SB 564 UNS N06002 threaded adapter: 1/8″ – 4″

Above listed Hastelloy X forged fittings suppliers are verified and export Hastelloy X with all required certificates in Middle east, USA, South Africa, Saudi Arabia & Oman

  • ASTM B564 UNS N06002 (Forging)
  • ASTM B572 UNS N06002 (Bar stock)
  • MSS SP-95
  • MSS SP-79
  • BS 3799
  • MSS SP-83
  • MSS SP-97
Werkstoff no 2.4665 screwed fittings type ASME standard Pressure class
  • Hastelloy alloy X bull plugs
  • Werkstoff no 2.4665 swage nipples
  • Nickel alloy X threaded cross
  • ASTM B564 UNS N06002 threaded coupling
  • Hastelloy X nickel alloy threaded half coupling
  • B564 N06002 threaded cap
  • DIN 2.4665 threaded elbow
  • B564 UNS N06002 threaded tee
  • ASME B16.11
  • Class 3000 LBS
  • Class 2000 LBS
  • Class 6000 LBS
Pipe schedule for DIN 2.4665 fittings NPT threaded fittings Dimensions table
  • Class 2000 : SCH 80 / XS
  • Class 3000: SCH 160
  • Class 6000: SCH XXS
  • ASME B1.20.1
Manufacturing technique Chemical compatibility Annealing temperature
  • Forged
  • CNC Machined
  • Amyl Acetate:A1-Excellent
  • Cider:A-Excellent
  • Formaldehyde 40%: A1-Excellent
  • Hydrogen Peroxide 10%:B2-Good
  • 1066°C (1950°F)

ASTM B564 UNS N06002 elbow

Types of Hastelloy 2.4665 socket weld and threaded elbow Available size range
  • ASME SB 564 UNS N06002 45 degree threaded elbow
  • UNS N06002 socket weld long radius elbow
  • ASME SB564 N06002 90 degree socket weld elbow
  • Nickel alloy X socket weld reducing elbow
  • Alloy X 90 degree threaded elbow
  • ASTM B564 alloy X threaded short radius elbow
  • ASTM B564 N06002 street elbow
  • 45° Hastelloy X UNS N06002 threaded elbow
  • ASME SB 564 Hastelloy X socket weld short radius elbow
  • 90° DIN 2.4665 threaded elbow
  • 45° ASTM B564 UNS N06002 socket weld elbow
  • B564 UNS N06002 45 degree socket weld elbow
  • 90° B564 N06002 socket weld elbow
  • Hastelloy X threaded reducing elbow
  • Hastelloy alloy X threaded long radius elbow
  • Nickel X NPT elbow
Hastelloy X nickel alloy socket welding fittings

  • Class 3000 – 1/8″ ~ 4″
  • Class 6000 – 1/8″ ~ 4″
  • Class 9000 – 1/8″ ~ 4″

Hastelloy 2.4665 threaded pipe fittings

  • Class 3000 – 1/8″ ~ 4″
  • Class 6000 – 1/8″ ~ 4″
  • Class 9000 – 1/8″ ~ 4″

ASME SB 564 UNS N06002 tee

Types of ASTM B564 UNS N06002 socket weld and threaded tee Hastelloy X nickel alloy tee applications
  • ASME SB 564 Hastelloy X threaded tee
  • ASME SB 564 UNS N06002 socket weld equal tee
  • Alloy X diverter tee
  • B564 UNS N06002 lateral tee
  • Hastelloy X NPT tee
  • ASME SB564 N06002 threaded unequal tee
  • Nickel alloy X 45° lateral tee
  • Hastelloy alloy X socket weld reducing tee
  • UNS N06002 socket weld tee
  • Nickel X socket weld unequal tee
  • ASTM B564 N06002 threaded reducing tee
  • DIN 2.4665 threaded equal tee
  • Mining industry
  • Construction industry
  • Chemical processing
  • Pharmaceutical industry
  • Oil and gas industry
  • Power generation
  • Food and beverage industry
  • Marine industry

ASTM B564 alloy X reducer

Types of ASTM B564 alloy X socket weld and threaded reducers Forging manufacturing process of ASTM B564 alloy X reducer
  • ASME SB 564 UNS N06002 socket weld reducer
  • Hastelloy X UNS N06002 socket weld eccentric reducer
  • ASME SB564 N06002 threaded eccentric reducer
  • Hastelloy X threaded concentric reducer
  • UNS N06002 male threaded reducer
  • ASTM B564 N06002 socket weld bushing reducer
  • Hastelloy 2.4665 threaded reducer
  • B564 UNS N06002 threaded pipe reducer
  • Hastelloy X nickel alloy threaded reducer
  • ASTM B564 UNS N06002 socket weld concentric reducer
  • B564 N06002 female threaded reducer
  • Roll forging
  • Cold forging
  • Closed die forging
  • Open die forging

ASME SB 564 Hastelloy X coupling

Types of alloy X socket weld and threaded coupling Cr % in ASME SB564 N06002 threaded coupling
  • DIN 2.4665 threaded half coupling
  • Nickel alloy X threaded full coupling
  • ASTM B564 alloy X reducing coupling
  • Nickel X half coupling
  • ASME SB 564 Hastelloy X full coupling
  • 20%-23%

Nickel alloy X threaded union

Types of Hastelloy alloy X socket weld and threaded coupling
  • Hastelloy X UNS N06002 threaded union female-female
  • B564 N06002 union (male x female)
  • B564 UNS N06002 socket weld union
  • Hastelloy X nickel alloy threaded union
  • ASTM B564 UNS N06002 threaded union female male

Hastelloy alloy X plugs

Types of ASME SB 564 UNS N06002 socket weld and threaded plugs Standards
  • ASTM B564 N06002 square head plug
  • Hastelloy 2.4665 hex bull plug
  • UNS N06002 bull plug
  • ASME SB564 N06002 round head plug
  • Alloy X hex head plug
  • Hastelloy X hex plug
  • MSS SP95 (swage nipple and bull plug)

Nickel X pipe nipples

Types of ASTM B564 alloy X socket weld and threaded nipples Standards
  • DIN 2.4665 pipe nipple
  • Nickel X hex nipple
  • Hastelloy X eccentric swage nipple
  • Nickel alloy X concentric swage nipple
  • Hastelloy X nickel alloy barrel nipples
  • Alloy X threaded swage nipple
  • Hastelloy alloy X swage nipple
  • ASME SB 564 Hastelloy X hexagon nipple
  • BS3799 (swaged nipple)

Other types of B564 N06002 forged fittings

Types of B564 N06002 socket weld and threaded fittings Heat treatment of Hastelloy 2.4665 forged pipe fittings
  • Hastelloy X UNS N06002 round bushing
  • ASME SB 564 UNS N06002 threaded fittings
  • Hastelloy 2.4665 boss
  • UNS N06002 square bushing
  • Hastelloy X nickel alloy socket weld cap
  • ASTM B564 alloy X mechanical joint adapters
  • ASME SB 564 Hastelloy X adapter
  • Nickel alloy X threaded cross
  • Nickel X BSP threaded fittings
  • ASTM B564 UNS N06002 hex bushing
  • DIN 2.4665 reducer insert
  • B564 UNS N06002 hex head bushing
  • Hastelloy X hex reducing bushing
  • B564 N06002 threaded pipe cap
  • Hastelloy alloy X socket weld cross
  • ASME SB564 N06002 socket weld pipe cap
  • Hastelloy X UNS N06002 expansion adapters
  • ASTM B564 N06002 threaded cap
  • Alloy X flush bushing
  • 1066°C (1950°F)

Threads of nickel X threaded fittings

  • BSPT (DIN 2999)
  • UNF (ASME B1.1)
  • UNC (ANSI B1.1)
  • NPT (ANSI B1.20.1)
  • NPTF (ANSI B1.20.3)
  • BSP (ISO 228)
  • BSPP (ISO 228-1)

ASTM B564 alloy X fittings chemical composition

Grade Mo,Molybdenum Si,silicon P,Phosphorus Ni,Nickel Mn,Manganese Fe,Iron C,Carbon Cr,chromium
Hastelloy X 8.0(minimum) – 10.0(maximum) 1.0 (maximum) 0.04 (maximum) Balance 1.00(maximum) 17.00(minimum)-20.00(maximum) 0.05(minim)-0.15(maximum) 20.0(minimum) – 23.0(maximum)

Hastelloy 2.4665 forged pipe fittings mechanical properties

Melting Point Yield Strength Tensile Strength Elongation Density
1355°C Megapascals–240 Megapascals–655 35% 8.22 gram/ cm3(Cubic centimetre)

ASME SB 564 Hastelloy X forged fittings equivalent material

EU
EN
USA
Germany
DIN,WNr
Japan
JIS
France
AFNOR
England
BS
Italy
UNI
Sweden
SS
China
GB
Poland
PN
Czechia
CSN
Finland
SFS
Austria
ONORM
Russia
GOST
NiCr22Fe18Mo N06002 2.4665

Hastelloy x forged fittings material

Hastelloy X socket welding fittings hardness & physical properties

Tensile Strength Elongation Density Co-eff of Expansion ( µm/m/°C ) Thermal Condc. (W/m.K) Melting Point Electric Resistivity (nΩ.m) Elastic Modulus ( Gpa ) Hardness ( HRB ), Max Yield Strength
Megapascals–655 35% 8.22 gram/ cm3(cubic centimetre) 11.7 14.1 1355°C 1270 205 87 Megapascals–240

Alloy X socket weld fittings welding consumables

Material Filler
Hastelloy X ERNiCrMo-2

When purchasing a UNS N06002 socket weld fittings or an alloy X threaded 90 degree elbow, ask for mill test reports.

The alloy x socket weld fittings include recessed sockets that carry the pipe insertions before welding it into place. The UNS N06002 socket weld fittings provide sealed connections in the pipelines.

Some of the features of alloy x socket weld fittings are:

  • These fittings enable proper alignment; hence doesn’t require tack welds to align the pipes before welding.
  • These fittings are leak-proof and sealed compared to any other fittings.
  • During welding, the socket design ensures that the weld metal does not flow inside the pipe bore.
  • These fittings have an economical installation process as it doesn’t require expensive machining.

Yes, hastelloy x threaded elbow is highly resistant to oxidation. The maximum oxidation resistance of the ASTM B564 UNS N06002 threaded bushing is seen at 2200 degrees Fahrenheit.

The alloy can also withstand excessive heat of up to 2150 degrees Fahrenheit. Hence, it can find wide applications in industrial furnaces, gas turbine engines, combustion cans, etc.

The most exciting thing about the hastelloy x threaded elbow is that it can operate in furnaces for 8700 hours at 2150 degrees Fahrenheit. Due to its oxidation resistance property, it also finds application in aircraft production areas.

The most common method to ensure the threaded plug is secured is by properly measuring the application and removal of torque during the engagement of the DIN 2.4665 threaded plug.

Sometimes it is ideal to use torque-measuring machines, known as Torque testers. The devices can be both manual and automated.

Usually, for small-scale applications, manual torque testers are sufficient. However, automated torque testers are beneficial for large-scale applications as they can eliminate manual errors, ensuring a tightly secured threaded plug.

Why depend on the existing importer? Get prices from a variety of trustworthy stockists of ASTM B564 hastelloy X socket weld unions, then get DIN 2.4665 threaded plug/ bushing at a cost-effective price.

Forging is an alloy subjected to elevated temperatures to produce the desired shape or metal parts. The advantage of forging is that the ASME SB564 X Hastelloy threaded fittings obtain superior mechanical properties.

The most commonly used forging technique for hastelloy x threaded fittings is Closed Die Forging. All varieties of hastelloy x threaded fittings can be produced using closed-die forging.

The alloy is forced to flow between two closed dies in closed-die forging. It can achieve components with complex geometry and a better finish. The process has many benefits as it can produce reduced over dimensions and is very economical.

Check the ASME SB564 hastelloy X socket weld elbow dimensions and tolerances for X alloy hex/ pipe nipple in NPT/BSP threads in accordance with ASME B16.11 standard.

When the high-temperature low-cycle fatigue tests are conducted on the alloy x, it is usually performed at temperatures ranging from 816 degrees Celsius to 982 degrees Celsius. The Alloy X threaded 90 degree elbow exhibits initial cyclic hardening.

The initial hardening is followed by a cyclic stress response or cyclic softening. When low-cycle fatigue tests are performed with hold times, the alloy shows cyclic hardening followed by cyclic stability. As the duration increases, the fatigue life of the alloy decreases.

Hence, the Hastelloy x is widely used in gas turbine engines, combustion zones, flame holders, cabin heaters, and many such high-temperature zones.