2.4870 Supercharged Nickel Alloy Chemical Composition Parameters of Supercharged Nickel Alloy Detailed, Performance Parameters and Summary In high-temperature environment applications, a special nickel alloy has significant attraction. It can maintain excellent performance in environments up to 500 degrees Celsius, and has high strength, high corrosion resistance and good thermal stability. The main chemical composition parameters of this alloy are detailed below:24870 high-temperature nickel alloy.
Chemical Composition: 24870 high-temperature nickel alloy.
2.The main components of this nickel alloy include nickel (about 65%), chromium (about 15%), iron, cobalt, carbon, manganese and silicon. Among them, nickel and chromium are the main elements, which ensure their excellent corrosion resistance and oxidation resistance. In addition, the presence of cobalt helps to increase its strength and hardness. Trace additions of carbon, manganese and silicon help to improve its thermal stability.
Performance parameters: 24870 high-temperature nickel alloy.
1.Temperature adaptability: At an environment of 500 degrees Celsius, the alloy can still maintain good mechanical properties and corrosion resistance, which makes it have a wide range of applications in high-temperature environments.
2.Strength and hardness: The alloy has high strength and hardness, which is due to its cobalt and chromium content.
3.Corrosion resistance: The alloy has excellent corrosion resistance2The corrosive properties of 4870 super-nickel alloys, especially in chlorine-containing environments, make them preferred in many chemical and petrochemical applications.
4.Thermal stability: The alloy has good thermal stability at high temperatures, thanks to the addition of trace amounts of carbon, manganese and silicon.
Summary: 24870 high-temperature nickel alloy.
This 500 degree Celsius high-temperature nickel alloy has excellent chemical composition and performance parameters, making it a wide range of application prospects in high-temperature environments. Its excellent corrosion resistance, high strength and high thermal stability make it potentially valuable in many fields. In the future, with the deepening of research on this alloy, we expect it to play an important role in more fields.