Comment on Now we're cooking with gas!
Imgonnatrythis@sh.itjust.works 1 day agoI know but a copper bottom to improve conductivity really helps carbon steel pans which are really bad about getting hot spots. I have a copper plate I put under mine and it works great. You don’t want a pure copper pan as it doesn’t have the nonstick properties, easy maintenance, and it would also be expensive. But a copelper bottom would be nice.
davetortoise@reddthat.com 1 day ago
I don’t want to contradict your lived experience but I’m quite sceptical that the improvement is real. Adding a layer of solid material between the heat source and the steel can only reduce the amount of energy transferred to the steel, as some will be absorbed by the material no matter how conductive it is.
Imgonnatrythis@sh.itjust.works 1 day ago
If you have the materials can avoid taking my word for it. Use a temp gun and check 5 spots or so on a carbon steel pan on the burner. Use a larger pan and smaller burner to exgaerate the effect. Repeat with a copper plate (needs to be at least size of pan bottom, bigger doesn’t seem to detract from effect. You’ll see much more consistent heating. Works for cast iron too - actually more notable at first and the the effect diminishes somewhat as the thick iron holds onto heat and becomes more uniform (still helps though)
davetortoise@reddthat.com 1 day ago
Oh right! I didn’t realise you were talking about distributing heat more evenly, that’s my bad. Yes I can definitely see that being effective.
Buddahriffic@lemmy.world 1 day ago
Another version that can work is if you have two pans where the bases are both say 5mm, but one of them is all steel while the other is 3mm copper welded to 2mm steel, the copper one should heat up faster than the all steel one. No idea how well copper welds to steel though.
Devial@lemmy.world 1 day ago
In this case it isn’t about improving heat transfer through the bottom of the pan, it’s about improving heat transfer across the bottom of the pan.
The heat will travel through the pan more slowly because of the added material, but due to coppers extremely high heat conductivity, the copper base will heat very evenly, even if the heat source is unevenly applied, and therefore evenly transfer that heat through the steel layer.