Understanding high-performance alloys
There is no basic definition for what makes a high-performance alloy, which are sometimes called superalloys. Many of the most common high-performance alloys are nickel or cobalt based. They can usually operate in high-heat environments for extended periods of time and offer high strength and corrosion resistance.
At Fort Wayne Metals, we routinely process the following high-performance alloys. Click on each alloy to learn more.
We also work with the following high-performance alloys upon request:
- Alloy 901
- Alloy 902
- Chromel
- HASTELLOY® alloy B-2
- HASTELLOY® alloy C-22
- HASTELLOY® alloy C-4
- HASTELLOY® alloy B
- HASTELLOY® alloy S
- HAYNES® 214®
- HAYNES® 230®
- HAYNES® 242®
- HAYNES® alloy C-263
- INCONEL® alloy 601
- Ni200
- ULTIMET®
Product forms and capabilities
High-performance alloys can be processed to meet a variety of needs. Click on the products forms to learn about the ways you can use high-performance alloys for your application.
Typical end uses
Our customers use high-performance alloys in their most challenging applications, such as implantable devices that need to perform even with rigorous use. Some of the most common include:
- Hip and knee replacements
- Spinal rods and screws
- Stents
- Vena cava filters
- Surgical clips
- Orthodontic appliances
Surface finishes and material conditions
High-performance alloys develop a highly polished appearance as they are drawn to fine diameters. Bar made in high performance alloys will have a very smooth and consistent appearance. Materials can be provided in annealed, cold worked, or heat-treated conditions.
Enhanced solutions
If your application requires better fatigue resistance than high-performance alloys typically offer, explore our NDR® wire. It is produced using a thermal-mechanical treatment to refine the microstructure, which means improved fatigue life without altering the material’s physical properties.
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