It is specifically designed to handle some of the harshest manufacturing conditions. Compared to stainless steel, Inconel has a very high tolerance for extreme heat, so even at temperatures of 2,000°F, it still has tensile strength, which is still higher than most steel's tensile strength.
However, Inconel is an expensive material, one that should only be used under conditions where other materials won't work as well. Below is a brief description of Inconel's properties, along with a few examples of applications where Inconel is preferred over stainless steel:
What is the strength of Inconel?
The strength of Inconel 625 bar can be determined by measuring its tensile strength, corrosion resistance, and even melt resistance. Inconel 625 bar has a tensile strength range of 103 - 160 ksi compared to the 73.2 ksi of stainless steel.
Although exact measurements vary, reported statistics indicate that Inconel melts between 2,350°F and 2,460°F (1,290°C and 1,350°C). Inconel 625 bar has a lower melting point than stainless steel, but it is stronger at high temperatures and more resistant to oxidation and scaling than stainless steel.
Because it is corrosion-resistant and suited to extreme pressures and heat environments, Inconel is considered a superalloy. However, stainless steel alloys are often more suitable for sterile manufacturing or medical applications. A superalloy such as Inconel tends to be better for heat-treating applications and other high-temperature processes.
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