Full disclosure, I’m not an expert in any scientific field, but I did have to read up on this in school one.
The gist of it is that iron is a solid at most temperatures found on earth, and other materials don’t penetrate it easily. Rust is formed by a chemical reaction of oxygen and iron, where the oxygen binds with the iron.
Rust is also a solid at most temperature found on earth though, meaning when enough rust coats the surface of an iron object, much like paint, the oxygen cannot easily reach the iron underneath, leaving it unchanged.
Over time, things could come along and cause that rust to erode away, which would then lead to more of the iron being exposed and more rust forming, but that takes time. Thus with larger iron objects, you’ll still typically find iron underneath.
Thank you for your answer. I guess I could’ve done some more research myself, but I was also interested if I wasn’t the only one who wondered about it.
Full disclosure, I’m not an expert in any scientific field, but I did have to read up on this in school one.
The gist of it is that iron is a solid at most temperatures found on earth, and other materials don’t penetrate it easily. Rust is formed by a chemical reaction of oxygen and iron, where the oxygen binds with the iron.
Rust is also a solid at most temperature found on earth though, meaning when enough rust coats the surface of an iron object, much like paint, the oxygen cannot easily reach the iron underneath, leaving it unchanged.
Over time, things could come along and cause that rust to erode away, which would then lead to more of the iron being exposed and more rust forming, but that takes time. Thus with larger iron objects, you’ll still typically find iron underneath.
Thank you for your answer. I guess I could’ve done some more research myself, but I was also interested if I wasn’t the only one who wondered about it.