Is Inconel 625 Magnetic?

The word "Inconel" may have come up before, but do you know what it is or if it is magnetic? Nickel-chromium alloys like Inconel are frequently employed in industrial settings because of their excellent strength and corrosion resistance. But one of the most frequently asked queries regarding Inconel is, "Is Inconel 625 magnetic?" Let's look at it.

What Is Inconel 625?

58% nickel, 20-23% chromium, 8–10% iron, 5% manganese, 3–5% molybdenum, 1.5% niobium, and trace amounts of silicon and sulphur make up the alloy known as Inconel 625. It is perfect for a wide range of industrial applications since it has excellent mechanical qualities at both low and high temperatures. Furthermore, this alloy has outstanding corrosion resistance in both oxidising and reducing conditions. These characteristics allow Inconel 625 to be used in a variety of industries, including oil refineries, chemical processing facilities, and aerospace engineering.

Is Inconel 625 Magnetic?

In general, there are two categories into which magnetic materials can be placed: ferromagnetic or paramagnetic. While paramagnetic materials only become magnetised when exposed to an external magnetic field, ferromagnetic materials generate stable magnetic fields. How about inconel 625 then? Does it fit into either of the categories? No, inconel 625 is neither ferromagnetic due to its insufficient iron content, nor is it paramagnetic due to its weak magnetism. As a result, inconel 625 is neither a ferro- nor a paramagnetic material.

Conclusion

Conclusively, inconel 625 is neither a paramagnetic material nor a ferromagnetic substance because it lacks sufficient iron to be classified as ferromagnetic. Given that its principal application is in industrial settings, where powerful magnets are unnecessary or even undesirable due to the possibility of interfering with sensitive machinery or electronic components, this makes sense. However, inconel isn't the best option for you if you need a material that generates a powerful magnetic field—you should think about exploring elsewhere!