Superalloys by FOMAS Group

Mastering Superalloys production from the raw mineral to Finished Components

With a new Vacuum Induction Melting furnace, we transform critical raw materials into high-performance specialty alloys, reducing lead times, cutting waste, and strengthening supply chain resilience.

FOMAS Group Superalloys Production

For more than 70 years, FOMAS Group has been delivering high-quality forgings, rolled rings, and gas-atomized metal powders for the Oil & Gas, Power Generation, Aerospace & Defence, Nuclear, and broader industrial markets by meeting the highest quality, technical, and regulatory standards required by each market segment.

However, for us, excellence means more than compliance. It means continuously adapting to evolving market needs, embracing innovation, and investing in advanced technologies and R&D to shape the future of our industry.

We also believe that industrial excellence and environmental responsibility must go hand in hand. That is why we commit to reduce our carbon footprint through a more efficient and responsible use of natural resources while investing in technologies and processes that support a more sustainable future.

This commitment drives everything we do. For this reason, FOMAS Group continues to invest strategically in advanced technologies, including the recent installation of a state-of-the-art 5-ton Vacuum Induction Melting (VIM) furnace at a dedicated facility in Osnago, Italy. Operating under a controlled atmosphere and vacuum conditions, this cutting-edge system enables the production of a wide range of nickel-based superalloys with exceptional purity and consistency. By recovering and reusing valuable metal scrap, the VIM also supports our sustainability objectives by reducing waste and maximizing resource efficiency throughout the production process.

 

FOMAS Group Specialty Alloys Roadmap

FOMAS' Superalloys Roadmap

FOMAS Group advaced Superalloys

We produce a wide range of specialty alloys, also available as metal powders, for the main performance-critical applications: from forged or rolled components for aero engines to off-shore or nuclear parts, we're the right partner all along your supply chain.

  • Common Name: X, N06002
  • Common Composition: 22%chromium, 47% nickel, 9% molybdenum, 2%cobalt with tungsten, aluminium and titanium nickel alloy.

  •  is one of the most versatile high‑temperature, corrosion‑resistant nickel‑based superalloys available. Its unique properties make it an ideal choice for demanding applications, including gas turbines and aerospace components.

    Alloy X by microscope

Alloy 17-4 PH by microscope by microscope
  • Other Name: Alloy Type 630
  • Typical composition: 17% Cr, 4% Ni, 4% Cu + Nb
  • Precipitation Hardening Stainless Steel is the alloy of choice when high mechanical performance must meet corrosion resistance. 
  • Applications:  From aerospace and defense to energy and chemical sectors for valves, shafts, bearings, and turbine components.

Common names: UNS N07718, ASTM B637 / B670 / A565 , EN 2.4668 

Composition: ~18% chromium, 50–55% nickel, ~3% molybdenum, ~5% niobium

  • Common Names: N08800
  • Composition: controlled carbon, 21% chromium, 32% nickel, with