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Alloy 230

NeoNickel > Alloys > Nickel Alloys > Alloy 230

A Nickel-Chromium-Tungsten-Molybdenum grade, Alloy 230 has outstanding oxidation resistance up to 1149 °C.

Alloy 230 has excellent long-term resistance to oxidation and thermal stability. In addition, the alloy also has good resistance to nitriding and carburising environments.

Inventory

Product formSize range fromSize range to
Alloy 230 round bar12.7 mm152.4 mm GET A QUOTE
Alloy 230 sheet & plate0.4 mm38.1 mm GET A QUOTE

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Round Bar

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Sheet & Plate

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Chemical Analysis

%NiCrWMoCoAlLaMnCSiPhSBTiCuFe
Min4720131-0.200.0050.300.050.25------
Max652415350.500.00510.150.750.030.0150.0150.100.503

Applications

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Perfect for applications in the Power Generation industry

Alloy 230 can be used in a variety of applications, here are just a few examples:

  • Transition ducts on turbine engines
  • Combustion linings on turbine engines
  • Furnace retorts
  • Burner flame shrouds
  • Vacuum heat treat fixtures
  • Chains and fixtures
  • Nitriding furnace internals
  • Sparger tubes and recuperative internals

About Alloy 230

Alloy 230 has outstanding oxidation resistance and superior strength up to 1149 °C. Comparable to Alloy 600, Alloy 230 exhibits excellent nitriding and carburising resistance. The alloy is one of the most nitriding-resistant materials available.

Alloy 230 has excellent creep and fatigue resistance combined with long-term stability. In addition the alloy is resistance to grain coarsening when subject to elevated temperatures for prolonged periods.

Alloy 230 is easily fabricated and welded. As a result of its good ductility, Alloy 230 is readily formed by cold working.

Properties

Density:
8.968 g/cm³
Melting range:
1302-1371°C
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Specifications

UNS Number:
N06230
W.Nr.Number:
2.4733
Standards:
ASTM B435, B564, B572, B619, B622, B626, B366, AMS 5878, 5981
Download the Alloy 230 Data Sheet Download
Download the Alloy 230 Data Sheet

FAQs & Resources

Carburising or carburisation refers to a process in which metals i.e. steel, stainless steel etc. are heated in a carbon-bearing atmosphere. Carburisation can be advantageous or disadvantageous depending on the intent of the operation. Under controlled heat treatment process, it is used to harden the surface of a material. On the other hand, it can cause premature failure and cracks when components made of materials susceptible to carburisation are used in the high temperature carbon-containing process.

This can vary according to the products and specification of your order. Please let us know when you need the goods and we will aim to deliver according to your requirements.

Yes, please contact our sales team for more information.

Request a Quote

Fill in our online form to get a fast quote. Got a technical question? Contact us on techsales@neonickel.com or for more general enquiries please email us at enquiries@neonickel.com

Request a Quote

Fill in our online form to get a fast quote. Got a technical question? Contact us on techsales@neonickel.com or for more general enquiries please email us at enquiries@neonickel.com