Introducing Cobalt
Improved high-temperature stability
Including cobalt in the nickel alloying mix enhances performance. We stock a range of nickel cobalt bars that provide additional benefits.
Cobalt often occurs naturally in the nickel alloying mix, and the amount is usually controlled to perfectly balance alloy performance. Cobalt assists in creating improved high-temperature stability and, once combined with other elements such as chromium and molybdenum, results in an alloy with superior high-temperature corrosion resistance, strength, and stability.
Use in Engineering
Our nickel cobalt bar products are used in elevated temperature environments, particularly in applications with hot gas paths. Power generation plants, gas turbine engines, jet engines, afterburners, fasteners and chemical processing plants all feature nickel cobalt alloys.
Suitability
Our products are usually purchased as an alternative to stainless steel to improve overall performance, where stainless steel capabilities fall short.
View Range
Hostile Environments
Specific engineering applications place incredible demands on engineering raw materials, making material selection important.
A gas turbine engine or aircraft afterburner produces constant, excessive temperatures, which places an enormous strain on performance alloys. Choosing the right product is critical.
Thankfully, our nickel cobalt bars offer chemical and mechanical properties that make them highly suitable for use in hostile operating environments.
Stock Information
Our nickel cobalt bars form an integral part of a much broader nickel alloy stock range.
Our bar cutting services ensure your receive your nickel cobalt alloy bars to exact sizes, ready for immediate use.
Nickel cobalt bars are ideal engineering materials for high temperature applications in harsh environmental conditions which require high levels of corrosion resistance.
