Armed Polite Society
Main Forums => The Roundtable => Topic started by: HankB on January 23, 2024, 10:57:57 AM
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I came across this image at the Kohl's department store website - that really seems to be manufactured at a remarkably high temperature!
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Yeah, my body temperature has been around 98.6°F for 85 years.
So that makes it 85 X 98.6 X 365.25 = 3,061,160.25°F.
My goodness, I could start a nuclear fusion reaction between argon and tellurium !
But let's not forget the purpose of the ad was not technical accuracy, but attention-cementing. Which it did.
Terry, 230RN
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Here they are on Amazon
People seems to like them
https://www.amazon.com/Ninja-C30030-NeverStick-Premium-Hard-Anodized/dp/B089TQWJB8?th=1
NEVERSTICK DIFFERENCE: Won’t stick, chip or flake. Super-heated at 30,000°F, plasma ceramic particles are fused to the surface of the pan, creating a super-hard, textured surface that interlocks with our exclusive coating for a superior bond.
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Do they use it in wearing parts in machinery?
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I doubt the aluminum pan under that coating is going to survive much over 1200°F
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Hmm... "Max manufacturing temperature" "plasma ceramic particles"
This feels like "Yes it's a crazy high temperature in the sense of electron volts accelerating material and smashing it into the pan in some charged vapor deposition process" Not so much macro temperature in a furnace temperature, but kinetic energy of a particle temperature.
I'm going to wait for someone who's had more physics to flesh it out more.
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Aluminum gets kinda smooshie long before it actually melts. Titanium is mo bettah at 3034 Fahrenheit.
I understand from me Mommy that nothing beats seasoned cast iron. I caught (minor) hell for using soap to wash one of hers. She rinsed it carefully, poured some oil in it, put it on the stove until it smoked and flamed a little, then rinsed it off again with a wiping and put it away.
(Just noticed it; very good, Nick1911. :rofl: )
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Hmm... "Max manufacturing temperature" "plasma ceramic particles"
This feels like "Yes it's a crazy high temperature in the sense of electron volts accelerating material and smashing it into the pan in some charged vapor deposition process" Not so much macro temperature in a furnace temperature, but kinetic energy of a particle temperature.
I'm going to wait for someone who's had more physics to flesh it out more.
That is what I thought. Somewhere in the process might be a peak temp that high, maybe. Seems like and odd thing to throw in your advertising. Too many people are going to assume you are lying.
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I don't know enough about plasma deposition to have an informed opinion, but if they're vaporizing ceramic particles by (somehow) heating them up to 30,000 degrees . . . well, even if it's a thin vapor (plasma) so there's not that much actual heat there, wouldn't most chemical compounds break down if they actually were at that temperature? And if they're just accelerating them to high speed, is it really industry standard practice to assign a temperature?