Title: Overview of detailed parameters, chemical composition and functions of CO137 superalloy steel.
1. Detailed parameter material name: CO137 superalloy steel grade: CO137
Density: 82 grams cubic centimeters.
Melting Point: about 1370
Tensile strength: b (mpa) 1960
Yield Strength: s (mpa) 1470
Elongation: δ5 (%5
Hardness: HRC 36
Second, the chemical composition.
Carbon(c): 005%
Chromium (cr): 24%-3.4%
Cobalt (CO): 79%-84%.
Tungsten (W): 1%.
Iron (Fe): Margin.
Aluminium (AL): 04%
Nickel (Ni): 2%.
Boron(b): 0006%
3. Function overview.
CO137 superalloy steel is a metal material with extremely high heat resistance, and its unique chemical composition gives it excellent oxidation resistance, corrosion resistance, and good strength in high-temperature environments. This material is commonly used in the manufacture of equipment that works in high-temperature environments, such as gas turbines, rocket engines, high-temperature furnaces, etc.
1.High temperature performance: CO137 superalloy steel has excellent oxidation resistance at high temperatures, which can resist corrosion in oxidizing environment and maintain its excellent mechanical properties.
2.Corrosion resistance: The material also shows good corrosion resistance in corrosive environments, and can resist the erosion of corrosive media.
3.Good strength: CO137 superalloy steel has excellent strength and can withstand high stress in high temperature environment, which ensures the safe operation of the equipment.
4.Process performance: Due to its good mechanical properties and processing properties, CO137 superalloy steel is easy to process and form, and can meet the requirements of various shapes and sizes.
5.Wide range of applications: Due to the above characteristics, CO137 superalloy steel is widely used in equipment manufacturing in high-temperature environments, such as gas turbines, rocket engines, high-temperature furnaces, etc. In addition, the material can be used to make tools and molds for use in high-temperature environments.
Overall, CO137 superalloy steel is a material that is very suitable for use in high-temperature environments and has high application value. However, due to its special chemical composition and manufacturing process, the ** of this material is relatively high, which limits its application in some fields. Therefore, for the fields that require the use of superalloy steel, it is necessary to select and use it according to the actual needs.