You can use it for lower temperatures. (< 300°F). You can realistically go up to 400°s but I think it starts to do odd things when above 300°F (it’s been awhile since Ive used it so take that with a grain of salt).
It’s used in a lot of smoking/roasting applications to keep the moisture in. Just don’t let it touch the element and you should be fine.
I recently got “food wrapping paper” for bundling up sandwiches, it is still coated but has just enough stickiness left for tape to hold it shut.
Previously I was using parchment paper and if you wanted to hold it shut you needed to use a rubber band or run the tape all the way around to stick back to itself.
Also each of them resists different type of foods better. Wax paper will hold up to wet food, and parchment paper holds up better to oily food.
This is not anything I can prove just personal experience so take it with a grain of salt
And let’s not forget about butcher’s paper. Also totally different application but still no oven.
You can use it for lower temperatures. (< 300°F). You can realistically go up to 400°s but I think it starts to do odd things when above 300°F (it’s been awhile since Ive used it so take that with a grain of salt).
It’s used in a lot of smoking/roasting applications to keep the moisture in. Just don’t let it touch the element and you should be fine.
What is this, “el-em-ent?” I don’t understand. Are you talking about the hot coals?
(On a related note, Hank Hill was wrong.)
Lol, yeah, essentially coals. An element (or coil) is what’s used to heat a standard convection oven or toaster.
To add, this is for electric heat. Not gas.
Which one holds up better to a grain of salt? Should I use aluminum foil for that?
No, calcium chloride actually corrodes aluminum.
I recently got “food wrapping paper” for bundling up sandwiches, it is still coated but has just enough stickiness left for tape to hold it shut.
Previously I was using parchment paper and if you wanted to hold it shut you needed to use a rubber band or run the tape all the way around to stick back to itself.