Introduction
15CrMnSiNi2MoA is a kind of solid-solution strengthened high temperature steel for making aircraft engine parts. It is mainly used for turbine discs and turbine shafts of large-scale combustion turbine, and it can also be used for rotor shafts and other important parts of engines, as well as for steam turbine parts that work at high temperatures and in hot air.
Characteristics
15CrMnSiNi2MoA high temperature steel with great performance has a tendency to exhibit excellent hot-working properties, like hot-strength and stability, with superior recrystallization stability and creep strength at high temperature. This steel also features high hardenability, good inoxidability and also good resistance to tempering embrittlement, making this high temperature alloy applicable under extreme environment.
Application
15CrMnSiNi2MoA high temperature steel has some unique capabilities that make it particularly attractive for turbine applications, such as its excellent strength, high creep resistance and good oxidation. Due to the above-mentioned characteristics, this steel alloy is widely used in a variety of high temperature environment and is widely used for turbine blades and vanes of large-scale turbines for aerospace, marine propulsion systems and large-scale power plants. It is also employed for developed turbines for a variety of high-speed jet engines, gas turbine units, steam turbine units and also for down-hole oil & gas drilling tools.
Conclusion
15CrMnSiNi2MoA high temperature steel possesses excellent hot-working properties, superior recrystallization stability, strong creep strength and great oxidation resistance. It specifically allows better reliability and a longer service life in extreme conditions. This alloy is widely used in many industries, such as aerospace, marine and oil & gas, when special requirements are needed in turbine blades and shafts.