GH131 superalloy is described in detail
Grade:gh131
Chemical Composition:
c(％)0.10
cr(％)19.0～22.0
mo(％)2.80～3.50
ni(％)25.0～30.0
w(％)4.80～6.00
al(％)nb(％)0.70～1.30
Ti( )Fe( ) margin.
si(％)0.80
mn(％)1.20
s(％)0.020
Other( )b 0005, n0.15～0.30
Comprehensive Introduction:GH131 is a superalloy with excellent high-temperature strength, oxidation resistance, and corrosion resistance. It is designed to operate in extreme high temperatures and corrosive environments, such as aerospace, gas turbine engines, and more. The following are the main properties and application areas of GH131 superalloy:
Key features:
High Temperature Intensity:GH131 has excellent strength at high temperatures, making it ideal for applications that require tensile, creep and oxidation resistance.
Oxidation Resistance:The alloy has excellent performance in high-temperature environment, strong resistance to oxidizing medium, and is suitable for working in high-temperature oxidation environment.
Corrosion Resistance:GH131 is corrosion-resistant, making it a suitable option for working in corrosive gases or liquids.
Market research and development space:Due to its excellent performance in high-temperature, high-strength and corrosive environments, GH131 has a wide range of applications in aerospace, gas turbine engines and other fields. With the continuous development of these industries and the increasing demand for high-performance materials, GH131 is expected to gain more market share in the future. Its excellent performance makes it more widely used under extreme conditions, and provides a reliable solution for engineering in various high-temperature, high-pressure, and highly corrosive environments. With the continuous advancement of materials science and high-end manufacturing, GH131 and similar superalloys are expected to be used in more fields to support the development of engineering technology.