All real nonstick cookware is Teflon or chemically related to it. I almost always use cast iron or carbon steel but they are not nonstick, you have to control heat and acidity for them to release well. You can even see in nonstick pans that liquids will tend to bead up and not spread out because of the surface, versus in any other pan you’ll only see water bead up when you hit certain temps. I can only achieve something like a French omelette in a nonstick pan, carbon steel has always been a disaster, because of that me and a lot of other people keep a nonstick around just for certain egg and crepe recipes.
Basically If you FIRST heat up your stainless steel cookware to the point that when you drip some water on it, it “beads up” instead of immediately boiling away, your cookware becomes temporarily non-stick. Just don’t want to go a lot hotter than that, or you’ll do things like burn butter (unless using Ghee butter or something with a higher “smoke point”)
All real nonstick cookware is Teflon or chemically related to it. I almost always use cast iron or carbon steel but they are not nonstick, you have to control heat and acidity for them to release well. You can even see in nonstick pans that liquids will tend to bead up and not spread out because of the surface, versus in any other pan you’ll only see water bead up when you hit certain temps. I can only achieve something like a French omelette in a nonstick pan, carbon steel has always been a disaster, because of that me and a lot of other people keep a nonstick around just for certain egg and crepe recipes.
Leidenfrost effect FTW
Basically If you FIRST heat up your stainless steel cookware to the point that when you drip some water on it, it “beads up” instead of immediately boiling away, your cookware becomes temporarily non-stick. Just don’t want to go a lot hotter than that, or you’ll do things like burn butter (unless using Ghee butter or something with a higher “smoke point”)