Ahhh, so you are the type of dumb that heard the name and assumed the wrong interpretation and ran with it. The so-called “forever chemicals” are called that because they themselves don’t really break down, but they don’t give that property to other things. These “forever chemicals” are stuff like teflon, they’re stuff that doesn’t react with other things and that makes them nonstick, something that can be useful in a bunch of different things besides just nonstick pans, but because they’re so nonstick, it’s difficult to make them stay in the pan or whatever industrial machine they’re a part of, so they can flake off and be in the end product, in our food, water, soil and much more, and since like I said before they’re not reactive, they can just stay there as their molecules, forever. Using them in a machine doesn’t give the machine more durability or extends it’s work life, it just helps it not stick to stuff
Not necessarily, you can use more steel, stronger parts. And if forever chemicals become a problem, you can regulate them just like with everything else. Don’t throw the baby out with the bath water.
Longer means more forever chemicals
Do you even know what forever chemicals are or do you think they’re a magic thing that are added to machines to make them last longer?
Companies literally add pfas to everything to make things last longer
Ahhh, so you are the type of dumb that heard the name and assumed the wrong interpretation and ran with it. The so-called “forever chemicals” are called that because they themselves don’t really break down, but they don’t give that property to other things. These “forever chemicals” are stuff like teflon, they’re stuff that doesn’t react with other things and that makes them nonstick, something that can be useful in a bunch of different things besides just nonstick pans, but because they’re so nonstick, it’s difficult to make them stay in the pan or whatever industrial machine they’re a part of, so they can flake off and be in the end product, in our food, water, soil and much more, and since like I said before they’re not reactive, they can just stay there as their molecules, forever. Using them in a machine doesn’t give the machine more durability or extends it’s work life, it just helps it not stick to stuff
Right, so if they break down faster the forever chemicals disappear faster. Is that what you mean?
I’d love to hear how you came to that conclusion.
Not necessarily, you can use more steel, stronger parts. And if forever chemicals become a problem, you can regulate them just like with everything else. Don’t throw the baby out with the bath water.
Not really, it means mechanically working longer not forever.