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Nimonic C263
is a nickel-cobalt-chromium-molybdenum
alloy that is age-hardenable. It is designed to have good fabrication
characteristics in the annealed condition, and also very good aged strength
properties. It is typically used for applications such as aircraft turbine.

Nimonic C263
has excellent intermediate temperature tensile ductility. It is easier to form
or weld than other materials such as Waspaloy or Rene 41.

Nimonic alloy
263 is an age-hardenable nickel-cobalt-chrome-molybdenum
alloy which was designed to have excellent fabrication characteristics in
the annealed condition but also very good aged strength properties. Alloy 263
is easier to form or weld than other materials such as Waspaloy or Rene 41 and
exhibits excellent intermediate temperature ductility. Alloy 263
is supplied in the annealed condition and its excellent ductility in this
condition makes it suitable for cold forming as well as hot working. Alloy 263
can be welded using matching composition filler wire in both TIG and MIG forms.
The recommended heat treatments for Nimonic 263 are as follows:

Super alloys
are also called high performance alloys. They contain a number of elements in a
variety of combinations to reach the desired result. These alloys can function
in environments with high temperatures and severe mechanical stress, and also
in cases where high surface stability is needed. Super alloys have good creep
and oxidation resistance.

Strengthening of super
alloys is performed by work hardening, solid-solution hardening, and
precipitation hardening methods.

Nimonic Alloy
263 is a British nickel-chromium-cobalt-molybdenum
alloy specially meant for use in high temperature and high strength
applications. This alloy can be precipitation-hardened.

The following datasheet will
provide more details about Nimonic Alloy
263.

Nimonic Alloy
263 Physical Properties

The physical properties of Nimonic Alloy
263 are outlined in the following table.

Nimonic Alloy
263 Properties: Density | Metric: 8.36 g/cm³ | Imperial: 0.302 lb/in³

Properties: Melting point |
Metric: 1300-1355°C | Imperial: 2370-2471°F

Nimonic Alloy
263 Mechanical Properties

The mechanical properties of
Nimonic
Alloy 263 are provided below.

Properties: Tensile strength
(precipitation hardened, value at room temperature) | Metric: 940 MPa | Imperial: 136000 psi

Properties: Yield strength
(@strain 0.200%, precipitation hardened, value at room temperature) | Metric:
550 MPa | Imperial: 79800 psi

Properties: Elongation at
break (precipitation hardened) | Metric: 39% | Imperial: 39%

Nimonic Alloy
263 Thermal Properties

The thermal properties of Nimonic Alloy
263 are given below.

Properties: Thermal
expansion co-efficient (@21-100°C/69.8-212°F) | Metric: 10.3 µm/m°C | Imperial:
5.72 µin/in°F

Properties: Thermal
conductivity | Metric: 11.7 W/mK | Imperial: 81.2 BTU in/hr.ft².°F

Nimonic Alloy
263 Fabrication and Heat Treatment

Machinability

Traditional machining
methods that are used for iron-based alloys can be used for Nimonic Alloy
263. Before cutting is performed, it is recommended that heavy duty
machining equipment and tooling be used so as to reduce chatter or
work-hardening of the alloy. During high speed operations such as grinding,
turning, or milling, water-base coolants are preferred. The use of heavy
lubricants while drilling, tapping, broaching or boring is recommended.

Nimonic Alloy
263 Forming

Nimonic Alloy
263 has good ductility and can be easily formed using all the conventional
methods. This alloy is stronger than regular steel; hence it requires a more
powerful equipment to complete the forming process. It is recommended that
heavy-duty lubricants should be used while cold forming. At the end of this
process, all traces of lubricant has to be cleaned off to prevent
embrittlement.

Nimonic Alloy
263 Welding

Nimonic Alloy
263 can be welded using the traditional welding methods. Some of the
commonly used methods are shielded metal-arc welding, gas metal-arc welding,
submerged-arc welding, and gas-tungsten arc welding. It is recommended that
matching alloy filler metal should be used. Before the welding process begins,
the surface to be welded should be cleaned and should be free from oil, paint
or crayon stains.

Nimonic Alloy
263 Heat Treatment

Nimonic Alloy
263 can be solution annealed at 1149°C (2100°F) and rapidly cooled by using
the water quench method. It can then be precipitation-hardened at 799°C
(1470°F) for 24 h, which can be followed by air cooling.

Nimonic Alloy
263 Cold Working

Cold working can be
performed using standard tooling. It is better to avoid using plain carbon tool
steels for forming as they cause galling. To minimize galling and provide a
neat finish, soft die materials containing bronze and zinc alloys are recommended.
However, the life of the die is short. Likewise, heavy duty lubricants should
be used to reduce galling in all forming operations.

Nimonic Alloy
263 Annealing

Nimonic Alloy
263 can be solution annealed at 1149°C (2100°F) and then water quenched.

Nimonic Alloy
263 Applications

Nimonic Alloy
263 is mainly used in gas turbine hot section components.

SPECIFICATIONS

Size: 4.4MM Thickness |
4.9MM Thickness | 6.4MM Thickness

Size: 635MM Width X 742MM
Length X 4.7MM Thickness - 25 Plate

Size: 635MM Width X 742MM
Length X 4.8MM Thickness - 25 Plate

Size: 635MM Width X 655MM
Length X 4.7MM Thickness - 25 Plate

Size: 635MM Width X 655MM
Length X 4.8MM Thickness - 25 Plate

Size: 500MM Width X 500MM
Length X 6.00MM Thickness - 50 Plate

Size: 500MM Width X 500MM
Length X 6.20MM Thickness - 50 Plate

Size: 850MM Width X 1200MM
Length X 6.00MM Thickness - 3 Plate

Size: 850MM Width X 1200MM
Length X 6.20MM Thickness - 3 Plate

DIAMETER: 30MM Dia

Allen Cap Head Bolt Bar
Billet Blind Flange Bolt Bushing Butt Weld Fitting Butt Weld Outlet Circle Coil
Countersunk Bolt Countersunk Screw Coupling Cross Disk Disks Elbow End Cap
Extrusions Fabrication Fastener Fasteners Fitting Flange Flat Flat Bar Flat
Bars Foil Forgings Hex Head Bolt Hex Head Screw Hexagon Bar Hexagon Head Bolt
Hexagon Head Male Hexagon Socket Head Cap Screw Hexagonal Bar Hollow Bar Honed
Tubes Hot Rolled Bars Ingot Irregular Powder Lap Joint Flange Micron Powder
Nipple Nut Patta Patti Perforated Sheet Pipe Pipe Fitting Plate Powder
Rectangular Bar Reducer Ring Rings Rod Rolled Bar Round Bar Sheet Shim Slip On
Flange Socket Cap Head Screw Socket Head Cap Screw Socket Weld Fitting Socket
Weld Flange Socket Weld Outlet Socket Welding Flange Spherical Powder Square
Bar Strip Stud Bolt Stud End Tee Threaded Fitting Threaded Flange Threaded
Outlet Threaded Rod Tube Tubing Union V Band Flange Valve Washer Welding
Electrodes Welding Neck Flange Wire Wire Mesh

EN-GB">Parmanu Dhatu Nigam is mso-fareast-font-family:Batang;mso-ansi-language:EN-GB">भारतEN-GB"> largest independent multi-metals and alloys stockholder.

EN-GB">

Parmanu Dhatu Nigam having the
manufacturing facilities at Bangalore (Batang;mso-ansi-language:EN-GB">भारत) and office at
Mumbai, Parmanu Dhatu Nigam is the world leading
manufacturer of Nimonic Alloy
263 mso-bidi-font-family:"Times New Roman";mso-ansi-language:EN-GB">–EN-GB"> the last 60 years.

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