A flaw with the lock. You had the padlock on the ground while it would normally be locked to something. Try locking it to a chain and have it against the wall and hit it with a downward stroke. This would put leverage on the internal components to break them. Be sure to try to spray between the shakle and body of the lock.
Yeah. While it’s cold it’s definitely not cold enough to flash freeze something. Didn’t know the gas was heavier then oxygen though, that was pretty cool.
FYI you were doing it wrong. You're supposed to spray it in the lock mechanism for about 15 to 20 seconds. Then you hit downwards on the lock it will break the mechanism not the lock itself. Also I'm curious as to what would happen if you microwave soap. Bar soap, liquid soap and foaming soap. Would they froth up? With a boil? Are they flammable?
justin williams sassy means that in the film the lock was hanging on a chain and when hit with the can (after spraying the lock with the can held upside down) the force is pushing the body of the lock downward away from the shackle where the weakest point would probably be. In this video the force is being applied mainly to the body of the lock which is probably the strongest point. I know the question in the video is asking if the lock would shatter, which I don’t think it would. I think there could be a chance that the lock would open when hit, if hit downward, like in the movie
@@justinwilliams9452 yes but you still have to spray the lock mechanism where the key goes. Trust me I've done this. My bike and high school and if I didn't come home my parents would have my anus in a sling. So I did what any other Canadian would do. I went to the store bought myself a can of canned air and bust of the lock
Dude just bring a crowbar, avoid the lock entirely. But if it’s something smaller, hit the lock with a sledge hammer, that should work! Tried those myself, actually
@@sharron74 No, he is correct. Look at how the plastic is damaged at the end of the nozzle. That's fairly consistent with melted plastic. When the flame split it also was carried up with the nozzle. If it was simply warped by the heat, wouldn't have produced the double-flame at all.
a basketball has about 0.5bar over atmosphere and a volume of about 7 liter, so that's about 13 grams of air a can has 285g of air, so you would ideally need about 4,5% to fill one basketball if you estimate some loss due to leaking and some loss of pressure due to cooling you would need 6-8% to fill one ball the basketball would behave basically the same, but it would be maybe 1-2% heavier (cool air = higher density), so nothing that you can feel
I've actually done this before on a locker padlock, you spray inside the actual lock itself and then put a bar in the loop an lever it open 👌 Tried and tested
EPA: always have your a/c system drained and disposed of by a professional. Also EPA: let’s allow them to sell air dusters with the same chemical we say not to release in to the atmosphere
@@mobilek2137 correct, r134a doesnt damage the ozone layer, but it has a high global warming potential due to its properties, which is why the epa doesnt want it vented, but instead, vented
YEAH! They're confused about the non-flamable aspect when they literally can see that the straw has melted. They literally put the straw into the flame!!!!
@@shh11111 that was corn starch, a very fine powder used for thickening soup and gravy. A blast of high pressure air would've covered Nate (and most of that kitchen) in the powder.
those locks can be broken with just the hammer. lock it to something strong and strike the top to pull the body away from the shackle and it will pop right open.
Hey just letting you guys know idk if you are gonna see this but when refrigerant is mixed with flame it let’s off a very toxic gas that is harmful to the human body. I learned this from working on A/C systems
fire was not from the straw, R-134a is slightly flammable "under certain conditions". it also has the possibility of forming phosgene gas when burned. WOULD NOT RECOMMEND BURNING.
jglaser is on the right track. Your technique needs tuning up. Spray on the shackle (the part that you want to break) and hit the shackle (the part that you want to break) not the body of the lock ( that you don't want to break. Use the hammer immediately after spraying; don't allow even one second for it to warm up.
Take a small container, I like to use a capped lug nut held in some vice grips, and fill it with the liquid. You will see it boiling violently while the outside of the container frosts over. Then light it on fire. Yes, it burns quite well. Presto, you can watch something freeze, boil, and burn at the same time. I've entertained many with this little trick, and I think your viewers will enjoy it.
That's why they showed that it then extinguished the fire. They arent viewing the same angle we are so it's likely they didnt realize the straw caught fire.
@@daenor7807 This is true. What I meant was that the straw is being melted by the existing flame and releasing fumes making it seem like burning, when really it's just the flame that was already present and some fumes.
This was always my understanding of how it worked. You freeze the thin metal inside the locking mechanism and then smash down on the body to break the locking mechanism so you can then open the lock.
You need the lock hooked on to something. You would also need to spray the can upside down into the key while the whole time then hit the lock at the top and it will unlock
1:39 The sounds complicated but it’s quite a simple molecule if you break down the jargon “Tetrafluoro” means 4 Fluorine atoms Ethane is C2H6 Six hydrogens bonded to 2 carbons however 4 of those hydrogens are replaced by Fluorine atoms It’s called 1,1,2,2 Tetrafluroethane because it’s a molecule with 4 fluorines two carbons and two hydrogens Two fluorine atoms are bonded to the first carbon hence “1,1” and 2 fluorines are bonded to the second carbon “2,2” Each carbon forms 4 bonds 2 bonds with fluorines 1 bond with a hydrogen And 1 bond with another carbon atom And that other carbon also is bonded to two fluorines and 1 hydrogen
A few issues with the test first the lock should be hanging Second you should be applying the spray at the base of the shackle so it goes into the lock body which brings us to number 3 you should have been applying downward force on the lock body in hopes of snapping the thinnest part of the shackle where the locking paws engage with the shackle
Also the balloons are heavier due to air density as you said. There's more air inside the balloon then normal and as it warms up to room temperature it will actually increase slightly in pressure and become lighter to atmospheric pressure. If you pull a vaccuum on water it will actually boil. If you super cool air and compress it then it will liquefy.
From the experiments with fire, it's obvious the 134a is much heavier than air which is why thy balloons would be so heavy. It boils down to the density of the gas which again is much heavier than air as nate literally poured it onto the fire and the smoke floated on it
I think they needed to have dipped one into liquid nitrogen to see if even THAT would be able to make this particular model of padlock shatterable, even if nothing more as just a scientific control measure.
Imagine the local stores.
Well here comes these 2 again. what 37 items will they take today
Soo true
Spyral hahahhahah 😂 i feel u man
Lol
Im your 300 like
LoL
A flaw with the lock. You had the padlock on the ground while it would normally be locked to something. Try locking it to a chain and have it against the wall and hit it with a downward stroke. This would put leverage on the internal components to break them. Be sure to try to spray between the shakle and body of the lock.
the liquid only cools down to around 3F. Far from cold enough to make any steel that brittle.
@@Deepwaterjew it also depends on the trype you are using, most are just compressed air and some are super cold (forgot the word to it)
@@doubtingmean698 you should probably learn what you're talking about beforehand.
Pro criminal comments
Yeah. While it’s cold it’s definitely not cold enough to flash freeze something. Didn’t know the gas was heavier then oxygen though, that was pretty cool.
I think the “double flame” was a result of the plastic nozzle melting rather than the gases
yup
Uh huh
correct
or it could have just been compressed oxygen/nitrogen in the can like it wouldn't catch on fire itself but would work as fuel
It would catch on fire if it was held upside down
"when you hold it vertically it shoots out air but when you hold it upsidown it shoots out liquid"
But that's still... vertical..
Birdo LOL 😂
Birdo shoulda said upright lol
:O
Am Gettin "But steel's heavier than feathers" vibes here
It is spelled upside down
I think the compressed air “caught on fire” because the plastic straw was burning
Could be but why didn’t the liquid keep it from catching fire
Lord_Adsel 101 when it was upside down, it didn’t burn. No liquid comes out if it’s being held right side up
No it didn't melt
@@olivermay4033
Did you watch the video? It obviously started melting.
That's how it looked to me
3:48 can we appreciate Nate’s reflexes like... he stopped her right on time 😂😂😂
It was so cute
What’s in that thing?
@@m3ga66 corn starch
@@creativeusername4912 does that gas have a reaction with the cornstarch?!?!
@@shazemasaiyed6688 no it's just a fine powder that would make a mess if she sprayed it
FYI you were doing it wrong. You're supposed to spray it in the lock mechanism for about 15 to 20 seconds. Then you hit downwards on the lock it will break the mechanism not the lock itself. Also I'm curious as to what would happen if you microwave soap. Bar soap, liquid soap and foaming soap. Would they froth up? With a boil? Are they flammable?
You hafta hold the can upside down
@@justinwilliams9452 so just hold the lock on it's side...
justin williams sassy means that in the film the lock was hanging on a chain and when hit with the can (after spraying the lock with the can held upside down) the force is pushing the body of the lock downward away from the shackle where the weakest point would probably be. In this video the force is being applied mainly to the body of the lock which is probably the strongest point. I know the question in the video is asking if the lock would shatter, which I don’t think it would. I think there could be a chance that the lock would open when hit, if hit downward, like in the movie
@@justinwilliams9452 yes but you still have to spray the lock mechanism where the key goes. Trust me I've done this. My bike and high school and if I didn't come home my parents would have my anus in a sling. So I did what any other Canadian would do. I went to the store bought myself a can of canned air and bust of the lock
Yeah it works way better when its on something and I used alot of it idk what movie they're talking about i saw it on burn notice
I was about to embark on my life of crime before you said it was gallium.
RighteousWrath17 lol fr fr yo haha, I was like 🤑🤑🤑🤑🤑🤑
Haha lol
Dude just bring a crowbar, avoid the lock entirely. But if it’s something smaller, hit the lock with a sledge hammer, that should work! Tried those myself, actually
Or just straight up bolt cutters.
Same tho
Oh no the Lorax is coming true
People are paying for air
𝓞𝓞𝓕
mikehat R6 finally
you’re right cause like.. i work at an oxygen bar. 😂
Spaceballs did it first
That's just a standard lay's bag...
7:03 it's not even flammable, they are just burning the plastic on the nozzle
Sooo true
@@jerrytpl yeah it is actually, look at 7:09
Lol
Team Nrojbrot he said sure we don't need you to repeat your lie
@@sharron74 No, he is correct. Look at how the plastic is damaged at the end of the nozzle. That's fairly consistent with melted plastic. When the flame split it also was carried up with the nozzle.
If it was simply warped by the heat, wouldn't have produced the double-flame at all.
Hey can you do things to toothpaste? Boil, freeze dry, dehydrate it, etc.
Lol Pineapple .....
Dehydrate??????
@@omergouner7850 yea they do that a lot here sucks out moisture
Try jello
Ella Lesnever burn it lol
Ah yes
Enslaved *a i r*
Long Live The King Of Random!
He's literally dead
This comment didnt age well
@@apfelstrudlOfOA who cares at least pay some respect
He posted this after the fact
@@sketty3401 this was posted after his death
3:47 I love Nate's reaction as soon as he realized what she was planning lol XD
"I'm gonna break the can"
"That's fine"
What he is really thinking.
"We need an explosion".
What a great dog
Exactly
Please make a giant chocolate fountain. Maybe using a normal fountain.
Isaiah Stephens I hope they do that it sound like a cool idea
Isaiah Stephens man they already got that homemade fountain I bet they could run chocolate through it
i'm impressed, you're the only people i've seen on youtube who cant open a master lock
Kaboose79 XD
Kaboose79 make sure your hidden
A Chinese master lock at that
@Matthew Farrell wont work
"I'm binding on three...."
Nate: "Is it flammable"
Can: "Nonflammable"
In Soviet Russia, broken lock cans air
Canned lock breaks air
Broken air, locks can
Air lock brakes can
Broken can breaks air
English?
R.I.P. to the best dude ever
Yeah didn't he um well paraglide or something. I've just realized how he hasent been in the last like 20 or so vids maybe more.
@@jonahschmidt4868 Unfortunately he had a paragliding accident
@@youngop yeah that's what I heard
@@youngop I thought it was a car or bike accident,he will be missed alot
My ego?
My question is.....would it make a difference, in the movie the lock was hanging, and they broke the hasp at its weak point hitting downward
I also wonder if it would make a difference if 2 people hosed down the lock to get it even colder.
There's no way air decompression gets cold enough for the real lock to break.
@@CyborgPenguin modern rouge did it after a couple attempts
Absolutely
Doubt it with a can but you can easily break a lock with a hammer in that way.
You can snap a lock with 2 wrenches with leverage
You should try to see how many cans of air does it take to fill up a basketball and see if it bounces the same
Up
This
a basketball has about 0.5bar over atmosphere and a volume of about 7 liter, so that's about 13 grams of air
a can has 285g of air, so you would ideally need about 4,5% to fill one basketball
if you estimate some loss due to leaking and some loss of pressure due to cooling you would need 6-8% to fill one ball
the basketball would behave basically the same, but it would be maybe 1-2% heavier (cool air = higher density), so nothing that you can feel
0 1 it’s not just air though, it’s a different gas, so it might have some sort of noticeable affect
* smacks roof of car *
“This bad boy gets 7 and a half balloon-power under the hood”
Me: *clicks on video
Criminal: *saves to watch later
that is so true
@@lukasbenton9782 yeah it is
Ahaha 😂😂😂
3:07 If your keyboard looks like this, I have a feeling you have worse things to worry about then just cleaning your keyboard.
Justin!!!
Justin Y.get noob
Lol
I love you Justin Y.
Notice me senpai!
Marry me
Legendary man himself
Does anyone else miss mythbusters? This is like the UA-cam version.
YASS MEEEE
This feels more like "Dude, what would happen?!" rather than Mythbusters.
watch the modern rogue
Adam Savage is still getting busy on UA-cam I think!
@@ItsTheApeManWC search for "Tested dot com" . Oh and he recently did Mythbusters Jr. Very funny
I've actually done this before on a locker padlock, you spray inside the actual lock itself and then put a bar in the loop an lever it open 👌 Tried and tested
Nobody:
Robbers watching this vid : stonks
Middle of the night
Cali: *aims nozzle at cornstarch*
Nate: NO.
EPA: always have your a/c system drained and disposed of by a professional.
Also EPA: let’s allow them to sell air dusters with the same chemical we say not to release in to the atmosphere
The gas that made a hole in the ozone layer was carbon tetrafluoride.not this
@@mobilek2137 correct, r134a doesnt damage the ozone layer, but it has a high global warming potential due to its properties, which is why the epa doesnt want it vented, but instead, vented
*Catches the spray straw on fire* "puts out fire but double flame?"
like she said, you need that to happen again quickly in your life.....
Me: knows tkor stands for the king of random
Also me *"tuh-kore"*
the
kitckat
or
reses
Ahaha I do that
Kaci Andersen idk why but every time I see tkor I think it says Thor lol
@@brekaylalee5839 - sometimes I think it's that too 😂
I relate slightly too hard.
11:10 You guys had me stunned there for a moment. Well done.
“Is it flammable”
Literally shows on the container
“Non-flammable”
Still tries
Then proceeds to burn the stick rather than the air
Omg thank you, I'm over hear yelling at my phone (like they can hear me), it's the straw catching on fire and melting.!
YEAH! They're confused about the non-flamable aspect when they literally can see that the straw has melted. They literally put the straw into the flame!!!!
1:14 you guys mirror each other. It's cute
10 chloro fling yang
I feel like there together .... but they keep calling eachother Co Workers but there always in the same house
Jayce K Prod they got thier own houses this is just thier work place
4:03 haha. She tried to keep a straight face about the cold keeping it from inflating hahahaha
Shes probably interested in him. Thats psychology. You mirror the person you like. You do what she/he does.
4:51 how many ring lights do you want?
TKOR: Yes
3:48, proving that even at almost 30 you can still be a child!! Nice one Calli ;-)
What was that??
@@shh11111 that was corn starch, a very fine powder used for thickening soup and gravy. A blast of high pressure air would've covered Nate (and most of that kitchen) in the powder.
The smoke in the beaker looks like the souls in Hercules
Lol I was just thinking that!!!! Had to come down to the comment section to see if anyone else saw it!
You guys totally fooled me with the gallium lock! LOL
Non-inflammable. Lol. It didn’t burn I think you caught the straw on fire.
When you see a lock getting smashed in the intro, you already know there's a catch. Yet you'd gotten me. I realy thought that you guys did it☝️
Thank you for the comment. I won't even hang in for this video then.
Same
Store: can i help you?
Nick and Cally: Do you guys have 1,000 bottles of canned air?
Store: sure...?
those locks can be broken with just the hammer. lock it to something strong and strike the top to pull the body away from the shackle and it will pop right open.
Sounds like you've done that before
Hey just letting you guys know idk if you are gonna see this but when refrigerant is mixed with flame it let’s off a very toxic gas that is harmful to the human body. I learned this from working on A/C systems
Video idea: get a ton of compressed towels and try draining a pool by throwing the into the pool!!!
Drained hes death...
@@SemD23 yes , I know, it's really sad that he did, but we can't cry forever right?
Hey King of Random
Can you break a steel plate using liquid nitrogen?
@Jonathan Sherman that would actually be fun to see
I’m 100 th like
Yes, if you spray the LNG at 50,000,000 times atmospheric pressure. Or any other liquid, tbh.
The other John Smith I think they meant freeze it so becomes brittle and then hit it lol
hey can you break a papper plate in your hands on a hot day
I was extremely dumbfounded when the lock broke. Then they said gallium.
I was like O.o
Calli: I don’t know how your keyboard could get to this point...
Me: Mine looks worse....
The LockPickingLawyer can open that lock in a few seconds.
Buff Barnaby funny that, LockPickingLawyer just came up.
You know LPL???
Yup
Cool him and the blacklock picker and bill are 😎
The lock picking lawyer is estimated to be the enabler of 6597 Acts of crime annually in the United States.
What happens if liquid nitrogen is put in a vacuum chamber
Grace Stephenson it continues to boil off so the vacuum will never reach full vacuum
It will evaporate
They did the video is called, "How to make solid nitrogen ice in a vacuum chamber."
they did that. it will freeze
If you have enough liquid N2 and a powerful enough vacuum, it'll become a solid.
“I can tell you can what can tell you what that canned air is for used for” 🌬💨🤪🤩
"Are they flammable?"
5 seconds later, on the can:
*NON-FLAMMABLE*
...
The fire was from the straw
fire was not from the straw, R-134a is slightly flammable "under certain conditions". it also has the possibility of forming phosgene gas when burned. WOULD NOT RECOMMEND BURNING.
Bro you can’t be doing that I’m over here high asf and flipped thinking it actually worked smh
Same. I was really sad when they said it was gallium.
i never felt so betrayed in my entire life!
😂😂😂😂😂same bruh I was hella mad
Same
I was clean sober and they almost had me for a moment!
You guys are honestly perfect for each other
It was just the plastic attachment that caught fire not what was leaving the can.
No the straw didn't melt
it doesnt burn as a gas it just accelerates the lighter's flame burn (you got me with the galium :p)
I thought the plastic was burning bc it was so close but ur prolly right
You know what I'm gonna call you chaotic Cali
Any one else who watches the modern rogue getting flashbacks
Yup
That was my first thought
I was expecting Calli to get shrapnel to the hand at the end.
Reset the copyright counter lol
Yes bro Bryan and the shrapnel
Nate: *touches balloon...
“Wooo! That’s cold!!
Also Nate: *doesn’t remove his finger😂
I have to say it
"Ohare air wants to know your location"
3:47
Nate: What are you...
1 second later
Nate: OH NO!
Yall should deep fry popcorn, silly putti, and bouncy balls
Ah, you got me with that little trick. I was really shocked, well played.
jglaser is on the right track. Your technique needs tuning up. Spray on the shackle (the part that you want to break) and hit the shackle (the part that you want to break) not the body of the lock ( that you don't want to break. Use the hammer immediately after spraying; don't allow even one second for it to warm up.
And use a cold chisel right at the spot you need to break and use a mini sledge to smack it.
I work as a security guard, there was a dude on my patrol route getting high off of this stuff
Lmao
Did he sound like Vader when he spoke?? 😂
@@goatswithoutropesgwr9632 isn't that nitrous? I'm assuming he sounds like forest gump when he talks now
Take a small container, I like to use a capped lug nut held in some vice grips, and fill it with the liquid. You will see it boiling violently while the outside of the container frosts over. Then light it on fire. Yes, it burns quite well. Presto, you can watch something freeze, boil, and burn at the same time. I've entertained many with this little trick, and I think your viewers will enjoy it.
Hey Nate, Callie, the thing that actualy burnt was the nozzle and not the air
I thought that too instantly, don't know why they didn't realise lol.
I don't know why I expected them not to be idiots again in this video
3:56 nate saying WHY somehow reminds me of asdf movies XD
Omg it does
Using a can with compressed gases as a hammer. A real genius idea.
Nate says "Canned air"
Me thinks of O'hare air
You seem fun in how you think.
Um it clearly didn't burn you guys were just burning the straw
Right😂😭
That's why they showed that it then extinguished the fire. They arent viewing the same angle we are so it's likely they didnt realize the straw caught fire.
The straw is plastic
@@daenor7807 This is true. What I meant was that the straw is being melted by the existing flame and releasing fumes making it seem like burning, when really it's just the flame that was already present and some fumes.
King of random, RIP😢
What happened??
@@xolanihlatywayo8079 paragliding accident
It is possible, Adam Savage managed to do this on one of the "Tested" episodes.
The King and Queen of Random
Calli: *smirks*
Nate: *face of concern* dOn'T do ThAt
Calli: *does that*
Imagine the cashier’s thoughts when they came to buy a ton of air dusters
The cashier probably wouldn't care at that point, considering the stuff TKoR buys for these videos.
Grant may be gone,but The King of Random will live forever
Calli would love the canned air we get in the UK, it is extremely flammable.
Try spraying a can of compressed air into the key part of the lock, maybe freeze it from the inside out.
This was always my understanding of how it worked. You freeze the thin metal inside the locking mechanism and then smash down on the body to break the locking mechanism so you can then open the lock.
You need the lock hooked on to something. You would also need to spray the can upside down into the key while the whole time then hit the lock at the top and it will unlock
12:30 "I want this to break!"
She's so destructive. Keep her away from my toys!
Lol
Never mind the canned air pointed in the flower can... The dude was like "WHYYYY???"
7:09 it's almost like oxygen is fuel for fire
@7:05, Be carefull Collie, double flames can give very nasty burns.
Her name is Cali not Collie
RJ Brown Calli
Yeah I miss spelled
You guys are like the UA-cam Mythbusters, it's great! 😁👍
7:05 She said she needs a "double flame in my life" someone isnt a happy wife😒😂
🤣🤣
Oooofff
Theyer maried
@@fernychubstv9056???
I caught that to
1:39
The sounds complicated but it’s quite a simple molecule if you break down the jargon
“Tetrafluoro” means 4 Fluorine atoms
Ethane is C2H6
Six hydrogens bonded to 2 carbons however 4 of those hydrogens are replaced by Fluorine atoms
It’s called 1,1,2,2 Tetrafluroethane because it’s a molecule with 4 fluorines two carbons and two hydrogens
Two fluorine atoms are bonded to the first carbon hence “1,1” and 2 fluorines are bonded to the second carbon “2,2”
Each carbon forms 4 bonds
2 bonds with fluorines
1 bond with a hydrogen
And 1 bond with another carbon atom
And that other carbon also is bonded to two fluorines and 1 hydrogen
Should have done it just like the movie and latched the lock and hit from the top going down...
Agreed. If you're going to recreate the movie actually do it like the movie.
You should try glass blowing but with hard candy! I'd love to see if it works!
Yess!!!
Ahh. Some nice canned air from the fridge after work.
Well, king of random just gave people a ton of ideas
Time to buy some super dusters
A few issues with the test
first the lock should be hanging
Second you should be applying the spray at the base of the shackle so it goes into the lock body
which brings us to number 3 you should have been applying downward force on the lock body in hopes of snapping the thinnest part of the shackle where the locking paws engage with the shackle
Also the balloons are heavier due to air density as you said. There's more air inside the balloon then normal and as it warms up to room temperature it will actually increase slightly in pressure and become lighter to atmospheric pressure. If you pull a vaccuum on water it will actually boil. If you super cool air and compress it then it will liquefy.
From the experiments with fire, it's obvious the 134a is much heavier than air which is why thy balloons would be so heavy. It boils down to the density of the gas which again is much heavier than air as nate literally poured it onto the fire and the smoke floated on it
@@shadowproductions969 3.5 times the density of air at same temperature
Ten clover field lane is what I was thinking when I saw this
The “double flame”, when checking the flammability, it looks as though the plastic straw was burning.
You can see that the straw was literally in the flame! You can see that the straw was melted!
Instead of igniting when burned, it will make phosgene gas which displaces oxygen!
now dunk that lock in liquid nitro and try to break it, then we will talk XD
I bet even that won't work.
Even liquid helium (colder still) won't do it.
Liquid oxygen will do the job
@@rebelo2025 Not buying it.
@@Firetailisafk Notihng it was just something I wrote. I feel like it wont work but I would still like to see it.
When the first lock broke, I thought you'd already dipped that one in liquid nitrogen, but gallium works too.
Probably used gallium in the movie then.
I think they needed to have dipped one into liquid nitrogen to see if even THAT would be able to make this particular model of padlock shatterable, even if nothing more as just a scientific control measure.
As a mechanic I use them to shrink expansion plugs on an engine so they are easier to install
BREAKING NEWS
woman dies of shrapnel from trying to break a lock with air