Read exactly what it says: 1000C and minus 400C.
It’s not talking about temperature but about charge rate. This works on batteries that are charged with up to 1000C and discharged with up to 400C.
Hard to prove wrong
Sticks like the shit you held for three days Add federated beans and it breaks physics. Source: Trust me bro
Things will definitely not move then.
Go ahead, prove them wrong
This page mentions a more realistic range of -40°C to 100°C. Maybe an intern read the ° as 0 and nobody doublechecked the packaging design.
Well, since there are no “degrees” in Celsius measurements, that seems unlikely?
Celsius is the actueal unit of measurement, unlike Farenheit, which is a scale with the units being degrees.
Naw dog, Celsius uses degrees.
Kelvin does not. Kelvin is just Celsius on an absolute scale.
I think you’re mistaking Celsius and Kelvin. Celsius is absolutely measured in degrees.
https://en.wikipedia.org/wiki/Celsius#:~:text=The degree Celsius is the,other being the Kelvin scale.
Thank god. I momentarily thought I’d been sounding like an idiot any time I’ve talked about Celsius temps in the past.
Guess the everyone around me and I have been using Celsius wrong then…
It definitely uses degrees.
Yeah that makes sense.
Just apply and let dry!
So strong, not even negative movement can break its bond!I’ve been looking for a way to attach my Bose Einstein condensates together and it looks like I’ve finally found it.
400C is like 650K. Not even close to absolute zero
“minus 400C”
The upper end is about the melting point of brass - that’s pretty good adhesive.
Looks like they just added a zero? -40 to 100 is a much more realistic claim.
This is probably a translation error. 538C and -240C, which is the same as 1000F and -400F.
Sounds like they’re full of shit
It even bonds in the wet!
Should still be 0K.
