Cobalt-Based Alloys
The distinctive properties of cobalt offer exceptional corrosion and heat resistance.
Why ChooseCobalt-Based Alloys?Cobalt-based alloys, known for their exceptional hardness and heat resistance, are often investment casted to ensure high-quality components with intricate designs and tight tolerances.
Carbon-based alloy characteristics:
- High strength and tough
- Maintained high hardness at high temperatures
- Heat resistant
- Versatility
- Corrosion resistant
- Cost-effective
- Hard to machine
Cobtalt-BasedAlloysSignicast’s cobalt-based alloys are designed for heat and wear resistance, featuring high levels of carbon, chromium, and carbide formers like tungsten, with a microstructure of primary carbides in a cobalt-chrome matrix.
- 3 (As-Cast)
- 31 (As-Cast)
- 6 (As-Cast)
- 93 (As-Cast)
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Alloy Characteristics and Uses
3 (As-Cast)
3 (As-Cast)
A cobalt alloy with a specific composition, often containing high levels of chromium and tungsten
31 (As-Cast)
31 (As-Cast)
A cobalt alloy with less chromium and tungsten, and higher carbon content
6 (As-Cast)
6 (As-Cast)
A corrosion resistant cobalt-based alloy that can withstand harsh environments
93 (As-Cast)
93 (As-Cast)
Due to their exceptional durability and corrosion resistance, cobalt 93 is ideal for demanding applications where longevity is crucial.
How Our Custom Metal Choices Drive Innovation
Explore our cobalt-based alloys, each engineered to meet specific manufacturing needs with exceptional performance and versatility.
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