Cobalt-Based Alloys
Identified cobalt alloy materials supplied for wear-resistant and high-surface-stability applications
Globe Metal supplies cobalt-based alloy revert for manufacturing environments where wear resistance, surface stability, and performance under friction or thermal cycling are critical. Cobalt alloys are commonly specified for applications that demand resistance to abrasion, galling, and surface degradation.
Our focus is on supplying identified cobalt-based alloys in forms aligned with controlled reuse and remelt-driven processing requirements.
Forms supplied
Cobalt-based alloy revert is supplied in forms suited to controlled alloy recovery and processing, including:
- Segregated revert by cobalt alloy family
- Solid sections derived from wear-resistant components
- Prepared revert formats aligned with remelt specifications
Handling and segregation are structured to maintain alloy identity and performance characteristics.
Typical applications
Cobalt-based alloys are commonly specified for applications that require:
Wear resistance under mechanical stress
Surface stability in high-friction environments
Resistance to thermal cycling and oxidation
Applications are typically driven by durability and surface performance requirements.
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How cobalt-based alloys fit into the broader supply offering
Cobalt-based alloy reverts are often selected when wear resistance or surface performance is prioritized over pure high-temperature strength. Depending on the sourcing and production strategy, cobalt alloys may be supplied alongside elemental metals or certified ingots as part of a broader material program.
Explore other alloy revert categories
Globe Metal supplies a range of identified alloy revert categories for use in demanding manufacturing environments.
Nickel-Based Superalloys
High-temperature alloys used across aerospace and power generation.
Cobalt-Based Alloys
Alloys specified for wear resistance and performance at elevated temperatures.
Titanium-Based Alloys
Aerospace and industrial alloys valued for strength-to-weight performance.
Zirconium-Based Alloys
Alloys used in nuclear, chemical processing, and corrosion-resistant applications.
Tungsten-Based Alloys
High-density alloys for shielding, aerospace, and precision industrial applications.