Incoloy

About Incoloy

Incoloy alloys, including Incoloy 800 and Incoloy 825, are used for their resistance to oxidation and carbon deposition in high‐temperature environments. Most Incoloy alloys contain additives based on a nickel–iron–chromium system. These additives allow the alloy to meet the requirements of several industrial sectors, thereby enabling leading metal enterprises to offer various Incoloy forms and designs.

Stanford Advanced Materials (SAM) provides a portfolio of Incoloy alloys. In many cases, available options are limited. However, All Metals & Forge processes orders to client specifications. We manufacture Incoloy alloys in shapes including fittings, flanges, flat bars, round wires, plates and more. In addition to our catalogue, we are a source of metallurgical data for the market.

Stanford Advanced Materials (SAM) supplies Incoloy 800 (UNS N08800), Incoloy 825 (UNS N08825), Incoloy 800H (UNS N08810) and Incoloy 27-7MO (UNS S31277). Each product meets recognised metallurgical standards.

Incoloy Key Features:

Versatility: Incoloy alloys incorporate several compositions tailored to specific industrial applications. Each composition has documented performance data across various sectors.

High Temperature Resistance: Incoloy alloys maintain their mechanical properties at elevated temperatures. They resist oxidation and carbon deposition even under prolonged heat exposure.

Corrosion Resistance: The alloys have been tested against acids, saline media and aggressive chemicals. Their performance data confirms their resistance in corrosive environments.

High Strength: Standard tests indicate that Incoloy alloys possess substantial tensile and yield strengths. They support mechanical loads in line with engineering requirements.

Weldability: Incoloy alloys can be welded using standard procedures. They permit the fabrication of complex components while maintaining their structural integrity.

Incoloy Applications:

Chemical Processing: Incoloy alloys are deployed in facilities that handle corrosive chemicals and acids. Their use in such environments is supported by technical performance data.

Energy Generation: The alloys are utilised in equipment including steam generators, heat exchangers and superheater tubes in power plants.

Aerospace Industry: Incoloy alloys find application in aircraft exhaust systems, turbine blades and other temperature‐critical components.

Oil and Gas Industry: The alloys are employed in refineries, offshore platforms, pipelines and components exposed to harsh conditions.

Manufacturing: Incoloy alloys are used in processes such as heat treatment and metal forming. Their use is determined by standard engineering evaluations.

Incoloy Quality Assurance:

Our Incoloy products are sourced from established manufacturers known for their adherence to quality and precision. Each product undergoes stringent inspections to comply with industry standards.