I appreciate the extra effort you took modeling and printing the bottle lid torque adapters. Personally I would've just glued a socket or something to it and called it a day.
The fact that the "smoke" seems to completely disappear leads me to believe it is actually extremely small air bubbles possibly. Air being violently forced through a very small gap maybe, essentially aerosolizing it into the water?
In the manufacturing of the hydroflask they use a powder substance to prevent any friction when vacuum sealing the bottle be cause the tolerances are tight. The Yeti uses a completely different method of sealing it that doesn't need anything to prevent friction during sealing. It has something to do with the narrow bottle neck of the hydroflask veruses Yeti's straight neck.
I have a hydroflask that I found out it's seals are really good lol. I left it in my truck for two days and it originally had sweet tea and lemon with ice. I drank it all besides the ice, I'm guessing I had the perfect mix of just enough water (The ice), some sugars left over, and the lemon donating some wild yeast. The cap was somewhat crooked thinking it had just blead off the gasses and it was cross threaded. Two grown men couldn't get the bottle open with both of us trying to twist in opposite directions. Eventually the monkey brain in me took over, and I hit the cap vertically against a chopping block. It rocketed out of my hand and put a good sized dent in a 12' ceiling then smashed against the hard wood floor leaving a small dent. With a numb hand I couldn't help but laugh. So I'm honestly not that surprised the seals held up that well.
they should have contracted hydro flask to design a submarine. would have fared far better than that carbon fiber junk tube they thought was a good idea.
I would love to see you test either mini Co2 canisters or the mini Nitrous Oxide canisters that are used to make whipped cream. I’m glad TH-cam recommended your channel. This is way better than the Hydraulic Press Channel especially with the way you present the data in real time.
I've been watching your channel grow from the beginning; I always thought you deserve way more subscribers. With this new intro I'm convinced you deserve twice as many subscribers as I originally thought.
The bubbles seem to be from the vacuumed liner. It's at a low vacuum so still some things left in the void. Love the intro😂. Should have done a second round with a full bottle of colored H2o
I legitimately just went back and watched every one if your videos the same day i found you seriously you are doing content all curious people love keep it up your channel will explode
On my device, a woman's underwear commercial was the intro. I skipped the ad after 5 seconds anyway, to avoid getting them forevermore and more and more.
I wonder if the smoke was something in the water itself, flouride, or other dissolved things, acting strange with the rapid pressure changes? What kind of water was used? Distilled, Tap, (heavy? 😂) etc?
The "smoke" you see is super pressurized air that is being released and is instantaneously boiling the water upon release of pressure, I'm no professional scientist but this is exactly what happens to submarines when the haul fails.
This is air that has actually caught fire! The pressure compacts it till it ignites The smoke may be part of the cap burnt ! This is what happens in a impolsion
@TheDropzoneChannel , could you concider making an EMP Channel, testing different watches for the EMP pulse ? To see if actually mechanical watches will withstand EMP.
Cool video! I think the "smoke" is from a lesser vacuum in the hydroflask, so air being squeezed out by water pressure... Thanks for making and sharing your videos, I had to subscribe!
Thanks for watching and congrats on this rare piece of art! Let me know where you want me to send it at thedropzonechannel@gmail.com. I'll make sure to package it well with bubble wrap. Cheers!
@@Nefville Thank You. I got lucky, I happen to be watching the video a few minutes after it was posted. I'm going to make a trophy plaque for it and show people when they come over my house. Lol 🏆
Just got the the Yeti cup yesterday! It's such a uniquely cool thing/feeling to have it. I wish I could post a picture on here showing it! I will be taking the yeti cup and fix it to a wooden base with a plaque. I will update y'all when I do! Thank You again Jeff!
@@raymondeemon125 You're very welcome! I'm glad it made it. The snow globe I sent out to a previous viewer got lost or stolen along the way during the Christmas period.
Presumably, the cloudiness of the released water is a graphic illustration of rapid decompression of the desolved gasses present in liquid. Divers experience this when surfacing too fast after dives below certain depths. The gasses in the liquid begin to bubble rapidly (in the case of divers, the water is blood) if they decompress too fast. Because the cloudiness dissipated, it indicates that it isn't likely a contaminate not present at the start and is water soluble.
Uncleared air being released. Air was compressed somewhere that didn’t escape at 5000 psi and then when it was freed with the pressure release it streamed out with narrow high pressure making it create bubbles.
It would be interesting to see what the results would have been if you had completely filled both containers before testing them. Of course that might of been the same as not putting the lids on.
Compressed air being released from solution. What your blood does when you get "bends" described as "your blood boiling" or a coke fizzing when opened. It's the gas molecules expanding and joining back together into a gas. IMO
I agree with everyone who said tiny bubbles. Nano bubbles are smokey. We have an extremely deep well. When the water is pumped to the surface fast small bubbles of gas cloud the water as they dissolve from solution.❤❤❤😊❤
You should do a Milwaukee highlife bottle it is clear glass so not sure which color would be stronger. But in all my years of drinking different beers and bottling with many of them. The highlife bottles are pretty thin in general and at the top they can crack. But the twist off form might break faster than a thicker pop top. I'm pretty sure there are some girl drink bottles from the wine cooler brands that are weaker. Corona, deposit bottles or our local New Glarus company always had tough bottles.
My thought is that the first sound of "escaping air" isn't actually air getting out of the bottle, but the vacuum insulated section cracking and letting water in to what space is left at that point, which is why there aren't any bubbles coming out initially. Then the air escapes past the main seal at 2.5km down at the end ....it isn't smoke, its air finally managing to escape through a very small gap., into very high pressure water, hence the tiny bubbles. Also, I dont think the copper is meant to reflect heat so much as it is just additional thermal mass designed to help maintain the drink temp by being initially brought to the temperature of the drink amd then sharing that heat (oe lack thereof) for as long as possible.
Micro bubbles that formed when the pressure was relieved. Rubber or silicone gaskets have micro pores that could create bubbles like that. Some plastics can do that also.
Two things struck me about your test regime, the flasks are designed to hold fluids (not to be submarines) and you only measured the thickness of the outside walls. A more valid test would be which has the better thermal insulation for hot and cold fluids.
If I had telekinesis, I'd be practicing crushing stuff like this in midair just for the fun of it lol. Cool to find a channel dedicated to this sort of thing :)
the bottles crushed, the seals been compromised, but at full pressure the trapped air happens to be small enough/positioned so as to not get past the compromised neck and stopper. once the pressure is released it expands enough to reach the stopper and escape...
You should check with high power air rifles or pistols for the smoke effect. Haven't shot a high power riffle for a long time but they should have a answer .
The Nylon looking strong around the main belley of the bottles seem to go blurry many times b4 the first bend and doing frame by frame it looks like that may how indication of vibrations happening in the body!
I think that chamber is way too small for the entire model. So you’d need to take off her head which, I dunno, seems a little extreme just to test some diving goggles.
That white powder looks like aluminum oxide to me. It probably scaled off the walls of the flask with pressure, like a pressure washer would do. Since there's no coating then the aluminum will always have a small layer of oxide when exposed to atmosphere and water. They say it's safe to drink, but IDK cause sodas have liners to stop that, but it might be another chemical reaction with the soda. Flask owners, just fyi if you pour soda into them, double check what it'll do to you and the flask. It's probably safe, but still check.
If you go to 20:50 and pause you can see the oxide on the Yeti, but the hydro flask is spotless. There's a clear difference on the metals and how reflective they are since the Hydroflask had it's scale come off. Give it a few days and they'll be back to the same even color/reflective state.
@@BlackWolf18C is it though? I mean they say it is, but aluminium is cheaper than steel to produce. It's also coming from an area known to cut corners for profit. They also had leaded products, in the 21st century, that they had to offer replacements of. The white powder is also a common issue with them that the company keeps insisting is tap water, even for those who use bottled or filtered water yet it still gets that residue. Even if it's brand new. I could be off base, but that color looks like aluminum to me. The steel should have the same appearance as the descaled cup, not like the yeti. Short of having one to test with melting temperature or a lab test it's all going off of the looks and characteristic of the white powder.
@@BlackWolf18C is it though? I mean they say it is, but aluminium is cheaper than steel to produce. It's also coming from an area known to cut corners for profit. They also had leaded products, in the 21st century, that they had to offer replacements of. The white powder is also a common issue with them that the company keeps insisting is tap water, even for those who use bottled or filtered water yet it still gets that residue. Even if it's brand new. I could be off base, but that color looks like aluminum to me. The steel should have the same appearance as the descaled cup, not like the yeti. Short of having one to test with melting temperature or a lab test it's all going off of the looks and characteristic of the white powder.
@@Justin_Ebright They're both stainless. That gray color is a dead ringer for stainless, whereas aluminum almost looks like dull silver. As for the powder or smoke, that is assuming that it is a powder at all. My suspicion is that it is tiny air bubbles formed around microscopic droplets of oil or surfactant from the seal. They don't really float until pressure is released, consistent with the rising in buoyancy as the air bubble expands to displace more water, and they dissipate as the vessel begins to drain. There's a complex little dance of physical properties happening there involving density of compressible vs incompressible fluids under variable pressure, surface tension and buoyancy that is quite fascinating to watch. If they were particulate, I would expect them to either settle out, disperse into a cloud regardless of pressure, or to float to the surface and form a film. We see none of that.
It dissolved immediately. We need more data on gasses and at what pressure and depth. Just a suggestion; fill with nitrogen gas. Nitrogen is more neutral.
Its probably from heat. you get air around 5k psi, youre starting to get it a bit hot... Once that seal blew- its game over. high pressure water hitting that hot air in the bottle probably starting breaking it down into steam. Just a though.
On occasion I get water from the tap that is milky or cloudy. Leaving it for a few minutes it will clear. I was told it was to do with pressure changes and oxygen in the water. a simple explanation as to why - oxygen! Extra oxygen in the water, from changes in water pressure or temperature, creates thousands of tiny bubbles that give the appearance of cloudy, white, or milky-looking tap water. That or it may be some sort of mold release agent from the internal part of the cap that got released after water entered it and the got released as the pressure dropped. I am going for the extra oxygen due to the cloud/smoke rising in the chamber.
Would there be an accurate way to measure temperature inside the chamber or aim a thermal camera at it? I would be curious what the temperature difference was in that cloud compared to the water.
Stuff like this is hypnotizing. What happens to a Bowling ball or Pool Balls? #8ball What if your skipping stones? Well your skipping stone break in half in the Deep? #FirstDibs
This might prove to be a bit challenging. But I wonder what would happen to a typical ice cube that generally has air trapped in it. If it were subjected to extreme pressures. Another one could be one of those small CO2 cylinders for pellet guns.
Never bought any of these as i cannot bring myself to pay such outrageous prices. I do however have a TAL from Walmart that i love and it keeps my drinks cold for many many hours. You should do a pressure test on that TAL brand.
I think the cloud was old stale atmospheric air from China trapped between the 2 layers during manufacturing, bcuz it was cheaper than doing the vacuum, hence the thinner steel.
To be a true test of these ridiculous fashion accessories, you need to test them filled with "vitamin water" or a 5000 calorie hyper-sugared & creamed & syrupped "coffee."
Do you use the same ramp rate in every video/test or do you vary it? In terms of on-screen information I personally would be interested in seeing something that indicated the current playback speed as well as the current/instantaneous "velocity" of decent. Another random thought (which I realize is completely unsolicited), as a fun easter egg or fun way to play with the video format, have you thought about adding reference objects to the depth gauge as it ticks up. Stuff like: average human max dive depth, max free dive depth, max sub depth, titanic, max sperm whale depth, etc. Or maybe use cute little graphics instead of text. It might be fun to have the references always be the same, but to have a single reference that you put in per video that is only on that video. It would be fun to catch for long time viewers and you could probably get a lot of jokes in as well.
![ละลาย (LALALYE) - DAOU PITTAYA ต้าห์อู๋ พิทยา [OFFICIAL MV]](http://i.ytimg.com/vi/wo6r9TgausI/mqdefault.jpg)
That white discharge is the small amount of cocaine they add to it to justify the ridiculous price they charge for an aluminium canister.
Yes, this is correct. Yeti users prefer meth, which is clear when in solution so you just can’t see it.
Stainless steel.
Not Aluminum.
I believe that’s 304 stainless by the way
well, i just ripped mine open. I was robbed!
I appreciate the extra effort you took modeling and printing the bottle lid torque adapters. Personally I would've just glued a socket or something to it and called it a day.
Most people would just tighten them by hand, lol.
The fact that the "smoke" seems to completely disappear leads me to believe it is actually extremely small air bubbles possibly. Air being violently forced through a very small gap maybe, essentially aerosolizing it into the water?
They both offgas when the pressure is released, I'm not sure why he's so confused by it presenting slightly differently.
@claytheidk also possible.
In the manufacturing of the hydroflask they use a powder substance to prevent any friction when vacuum sealing the bottle be cause the tolerances are tight. The Yeti uses a completely different method of sealing it that doesn't need anything to prevent friction during sealing. It has something to do with the narrow bottle neck of the hydroflask veruses Yeti's straight neck.
in the automotive world we call that Atmozing. "At-o-myzing"
Compressed air being released from solution. What your blood does when you get "bends" described as "your blood boiling".
I have a hydroflask that I found out it's seals are really good lol.
I left it in my truck for two days and it originally had sweet tea and lemon with ice. I drank it all besides the ice, I'm guessing I had the perfect mix of just enough water (The ice), some sugars left over, and the lemon donating some wild yeast.
The cap was somewhat crooked thinking it had just blead off the gasses and it was cross threaded. Two grown men couldn't get the bottle open with both of us trying to twist in opposite directions. Eventually the monkey brain in me took over, and I hit the cap vertically against a chopping block. It rocketed out of my hand and put a good sized dent in a 12' ceiling then smashed against the hard wood floor leaving a small dent. With a numb hand I couldn't help but laugh.
So I'm honestly not that surprised the seals held up that well.
Haha that's great!
The real question is, how many billionaires will fit in there?
I see what you did there, probably not in the best of taste but I'll pay it 😉
😂😂😂 best comment
you win the internet for a day
they should have contracted hydro flask to design a submarine. would have fared far better than that carbon fiber junk tube they thought was a good idea.
i think it was 7
That adapter you made to torque up the lids was genius! Well done the man!
This channel is criminally undersubscribed. Also, you forgot the Thermos version.
Anybody interested in a Stanley vs Thermos vs Nalgene future episode?
Absolutely!!! That sounds fun.
@@TheDropzoneChannel Absolutely 💯
I would still very much like to see an episode about the undersea robots you’ve designed and worked on.
I would love to see you test either mini Co2 canisters or the mini Nitrous Oxide canisters that are used to make whipped cream.
I’m glad TH-cam recommended your channel. This is way better than the Hydraulic Press Channel especially with the way you present the data in real time.
I've been watching your channel grow from the beginning; I always thought you deserve way more subscribers. With this new intro I'm convinced you deserve twice as many subscribers as I originally thought.
Finally, a device capable of getting that last bit of toothpaste out of the tube.
That's a great idea for a test! Get what you think is an "empty" toothpaste tube, weigh it, send it to the bottom of the ocean, then re weigh it. 😆👍
The bubbles seem to be from the vacuumed liner. It's at a low vacuum so still some things left in the void. Love the intro😂. Should have done a second round with a full bottle of colored H2o
The white discharge is Unicorn semen, used to keep the seals pliable. which explains the exorbitant cost of the product.
Finally, some accurate info
Must be why my coffee is so creamy and delicious in a Yeti. 🦄
You know we're serious when we're torquing water bottle lids
Watching you grow in each video and bring us some real fun is a treat. Thanks! There is something so satisfying in watching destruction!😉
I legitimately just went back and watched every one if your videos the same day i found you seriously you are doing content all curious people love keep it up your channel will explode
yep, that resume is exactly what I expected from this channel. And I'm all for it
And that, folks, is why it’s so hard to have a refreshing brew when you’re diving.
Welp just found this and now this is one of my favorite channels now
Best. Intro. Ever! 🤣
On my device, a woman's underwear commercial was the intro. I skipped the ad after 5 seconds anyway, to avoid getting them forevermore and more and more.
Dude... What are you browsing. lol
I'm going to follow because the content is good. And you are straight to the point. No bs.
What a badass channel!!! Your intro alone deserves my subscription. Thank you sir
I wonder if the smoke was something in the water itself, flouride, or other dissolved things, acting strange with the rapid pressure changes?
What kind of water was used? Distilled, Tap, (heavy? 😂) etc?
I can’t wait to try this at home
The "smoke" might be the oxygen scavenger which is added to most vacuum vessels to remove residual air that the pump couldn't get.
Surprising amount of birds singing in the Gobi Desert.
The "smoke" you see is super pressurized air that is being released and is instantaneously boiling the water upon release of pressure, I'm no professional scientist but this is exactly what happens to submarines when the haul fails.
This is air that has actually caught fire! The pressure compacts it till it ignites
The smoke may be part of the cap burnt ! This is what happens in a impolsion
@TheDropzoneChannel , could you concider making an EMP Channel, testing different watches for the EMP pulse ? To see if actually mechanical watches will withstand EMP.
This guy is like the canned fish guys arch nemesis... One takes water things out of land cans, other puts land things in water cans... my head hurts
Respect for thinking of printing those torque adapters for the caps, to head off complaints that they weren't tightened equally!
That torque wrench probably wasn't even calibrated by NIST lol!
@@rustymustard7798 And he didn't hold it right! He's supposed to be wearing white cotton gloves!
@@TStheDeplorable Yeah but the white gloves wouldn't help if he didn't compensate for Coriolis force and time dilation.
@@rustymustard7798 That goes without saying!
Cool video! I think the "smoke" is from a lesser vacuum in the hydroflask, so air being squeezed out by water pressure... Thanks for making and sharing your videos, I had to subscribe!
First Dibs on a Yeti
I love Yeti so much it be cool to have an example of what it looks like inside!
I love your videos too they are great thanks!
Thanks for watching and congrats on this rare piece of art! Let me know where you want me to send it at thedropzonechannel@gmail.com. I'll make sure to package it well with bubble wrap. Cheers!
Wow look at that, you got it. Congrats!
@@Nefville Thank You. I got lucky, I happen to be watching the video a few minutes after it was posted. I'm going to make a trophy plaque for it and show people when they come over my house. Lol 🏆
Just got the the Yeti cup yesterday! It's such a uniquely cool thing/feeling to have it. I wish I could post a picture on here showing it!
I will be taking the yeti cup and fix it to a wooden base with a plaque.
I will update y'all when I do!
Thank You again Jeff!
@@raymondeemon125 You're very welcome! I'm glad it made it. The snow globe I sent out to a previous viewer got lost or stolen along the way during the Christmas period.
Presumably, the cloudiness of the released water is a graphic illustration of rapid decompression of the desolved gasses present in liquid. Divers experience this when surfacing too fast after dives below certain depths. The gasses in the liquid begin to bubble rapidly (in the case of divers, the water is blood) if they decompress too fast. Because the cloudiness dissipated, it indicates that it isn't likely a contaminate not present at the start and is water soluble.
this is the first thought that came to my mind , not quite so sure though... but if your 100% sure, im going with it!!
It would be interesting to see it "dropped" with the lid off, to see what it takes to collapse just the vacuum flask portion...
Two more tests to be done, one empty no lid and one full of water with a lid. It would be a neat comparison to see the difference side to side.
Uncleared air being released. Air was compressed somewhere that didn’t escape at 5000 psi and then when it was freed with the pressure release it streamed out with narrow high pressure making it create bubbles.
It would be interesting to see what the results would have been if you had completely filled both containers before testing them.
Of course that might of been the same as not putting the lids on.
Compressed air being released from solution. What your blood does when you get "bends" described as "your blood boiling" or a coke fizzing when opened. It's the gas molecules expanding and joining back together into a gas.
IMO
I agree with everyone who said tiny bubbles. Nano bubbles are smokey. We have an extremely deep well. When the water is pumped to the surface fast small bubbles of gas cloud the water as they dissolve from solution.❤❤❤😊❤
You should do a Milwaukee highlife bottle it is clear glass so not sure which color would be stronger. But in all my years of drinking different beers and bottling with many of them. The highlife bottles are pretty thin in general and at the top they can crack. But the twist off form might break faster than a thicker pop top. I'm pretty sure there are some girl drink bottles from the wine cooler brands that are weaker. Corona, deposit bottles or our local New Glarus company always had tough bottles.
Perhaps its an inner layer coating? Yeti at least used to copper plate the inside the vacuum flask area
Oil filter band wrench on water bottle. Hand tighten cap or use 3d printed socket you made.
My thought is that the first sound of "escaping air" isn't actually air getting out of the bottle, but the vacuum insulated section cracking and letting water in to what space is left at that point, which is why there aren't any bubbles coming out initially. Then the air escapes past the main seal at 2.5km down at the end ....it isn't smoke, its air finally managing to escape through a very small gap., into very high pressure water, hence the tiny bubbles.
Also, I dont think the copper is meant to reflect heat so much as it is just additional thermal mass designed to help maintain the drink temp by being initially brought to the temperature of the drink amd then sharing that heat (oe lack thereof) for as long as possible.
Micro bubbles that formed when the pressure was relieved. Rubber or silicone gaskets have micro pores that could create bubbles like that. Some plastics can do that also.
Ooh deep ocean floaties :)
The “smoke” gathers at the top because it’s air.. I’m just mentioning that for the kids who are watching in amazement. ….Tom
reverse asmr of submarine implosion
Two things struck me about your test regime, the flasks are designed to hold fluids (not to be submarines) and you only measured the thickness of the outside walls. A more valid test would be which has the better thermal insulation for hot and cold fluids.
I had the same question? Why weren't they filled up like they are meant to be used.
I have some requests, both filled and empy mini escape scubatanks think they are 0.5L. and try some NATO spec ammo 5.56 7,62 and 9mm
If I had telekinesis, I'd be practicing crushing stuff like this in midair just for the fun of it lol. Cool to find a channel dedicated to this sort of thing :)
the bottles crushed, the seals been compromised, but at full pressure the trapped air happens to be small enough/positioned so as to not get past the compromised neck and stopper. once the pressure is released it expands enough to reach the stopper and escape...
2nd Dibs on the HF! Great vid. Lets try stanley and thermos next!
First dibs. Great video, I love your channel.
Anyone else get reminded of Oceangate?
You should check with high power air rifles or pistols for the smoke effect. Haven't shot a high power riffle for a long time but they should have a answer .
The Nylon looking strong around the main belley of the bottles seem to go blurry many times b4 the first bend and doing frame by frame it looks like that may how indication of vibrations happening in the body!
Can you do a stanly thermous? Those things seem to be extremely tough and overly heavy. Kinda curious how that would do
No dibs. Great upload though,thank you.
would it be possible to test a diving mask/goggle while it's sealed to a model head?
They'd have to pay her union rate which would be huge, unless they got like a hand model or someone.
What type of model do you mean? An Only fans model?😂
I think that chamber is way too small for the entire model. So you’d need to take off her head which, I dunno, seems a little extreme just to test some diving goggles.
I love this video
Of course the video ended with an add for a thermal bottle lol😂
100 percent approval not even Mr. beast can beat that.
That white powder looks like aluminum oxide to me. It probably scaled off the walls of the flask with pressure, like a pressure washer would do. Since there's no coating then the aluminum will always have a small layer of oxide when exposed to atmosphere and water. They say it's safe to drink, but IDK cause sodas have liners to stop that, but it might be another chemical reaction with the soda. Flask owners, just fyi if you pour soda into them, double check what it'll do to you and the flask. It's probably safe, but still check.
If you go to 20:50 and pause you can see the oxide on the Yeti, but the hydro flask is spotless. There's a clear difference on the metals and how reflective they are since the Hydroflask had it's scale come off. Give it a few days and they'll be back to the same even color/reflective state.
They're both stainless steel, though...
@@BlackWolf18C is it though? I mean they say it is, but aluminium is cheaper than steel to produce. It's also coming from an area known to cut corners for profit. They also had leaded products, in the 21st century, that they had to offer replacements of. The white powder is also a common issue with them that the company keeps insisting is tap water, even for those who use bottled or filtered water yet it still gets that residue. Even if it's brand new.
I could be off base, but that color looks like aluminum to me. The steel should have the same appearance as the descaled cup, not like the yeti. Short of having one to test with melting temperature or a lab test it's all going off of the looks and characteristic of the white powder.
@@BlackWolf18C is it though? I mean they say it is, but aluminium is cheaper than steel to produce. It's also coming from an area known to cut corners for profit. They also had leaded products, in the 21st century, that they had to offer replacements of. The white powder is also a common issue with them that the company keeps insisting is tap water, even for those who use bottled or filtered water yet it still gets that residue. Even if it's brand new.
I could be off base, but that color looks like aluminum to me. The steel should have the same appearance as the descaled cup, not like the yeti. Short of having one to test with melting temperature or a lab test it's all going off of the looks and characteristic of the white powder.
@@Justin_Ebright They're both stainless. That gray color is a dead ringer for stainless, whereas aluminum almost looks like dull silver.
As for the powder or smoke, that is assuming that it is a powder at all. My suspicion is that it is tiny air bubbles formed around microscopic droplets of oil or surfactant from the seal. They don't really float until pressure is released, consistent with the rising in buoyancy as the air bubble expands to displace more water, and they dissipate as the vessel begins to drain. There's a complex little dance of physical properties happening there involving density of compressible vs incompressible fluids under variable pressure, surface tension and buoyancy that is quite fascinating to watch. If they were particulate, I would expect them to either settle out, disperse into a cloud regardless of pressure, or to float to the surface and form a film. We see none of that.
It dissolved immediately. We need more data on gasses and at what pressure and depth. Just a suggestion; fill with nitrogen gas. Nitrogen is more neutral.
He has returned!
Its probably from heat. you get air around 5k psi, youre starting to get it a bit hot... Once that seal blew- its game over. high pressure water hitting that hot air in the bottle probably starting breaking it down into steam. Just a though.
I fight with customers at my laser engraving business all the time about Yeti vs Polar.
Dam first dibs....lol
Could the cloud be some sort of gas that Hydroflask adds into the separation for insulation purposes?
You ever marinate steaks in that thing?
Not yet.. But I bet it would speed up the process.
I wonder if there’s some kind of corrosion inhibitor or form oil in between the inner and outer layers.
That is one heck of a device you have there.🤔
Crazy how both bottles are really comparable with OceanGate when it comes to extreme preasure
Very cool video
I wonder if the wire not being in the way would have made the hydro last longer
Could the bubbles have simply been air, forced through a very small aperture? The cloud did seem to disperse after a few seconds.
On occasion I get water from the tap that is milky or cloudy. Leaving it for a few minutes it will clear. I was told it was to do with pressure changes and oxygen in the water. a simple explanation as to why - oxygen! Extra oxygen in the water, from changes in water pressure or temperature, creates thousands of tiny bubbles that give the appearance of cloudy, white, or milky-looking tap water. That or it may be some sort of mold release agent from the internal part of the cap that got released after water entered it and the got released as the pressure dropped. I am going for the extra oxygen due to the cloud/smoke rising in the chamber.
Would there be an accurate way to measure temperature inside the chamber or aim a thermal camera at it? I would be curious what the temperature difference was in that cloud compared to the water.
Stuff like this is hypnotizing. What happens to a Bowling ball or Pool Balls? #8ball What if your skipping stones? Well your skipping stone break in half in the Deep? #FirstDibs
That was interesting ,
I want you to do a video where you do fluorescent and incandescent light bulbs
Sharp!
Great test. First dibs.
First DIS!!
Well, they have had positive lead tests in some of those bottles...maybe?
~ZJAK
Would the results be different if there was liquid in the bottlws
Which one can be piloted by a game controller
This might prove to be a bit challenging.
But I wonder what would happen to a typical ice cube that generally has air trapped in it. If it were subjected to extreme pressures.
Another one could be one of those small CO2 cylinders for pellet guns.
Can you try the milwaukee tool flask,they claim it's the strongest and doesn't crush
Could the cloud be from solder flux that they were unable to clean out of the vacuum compartment from when they sealed it?
"FIRST DIBS" --> YETI
"SECOND DIBS" --> HYDROFLASK
... and you'll sent them right out ?
They're gone.. yeah
Never bought any of these as i cannot bring myself to pay such outrageous prices. I do however have a TAL from Walmart that i love and it keeps my drinks cold for many many hours. You should do a pressure test on that TAL brand.
I think the cloud was old stale atmospheric air from China trapped between the 2 layers during manufacturing, bcuz it was cheaper than doing the vacuum, hence the thinner steel.
I think the copper is for temperature retention.
To be a true test of these ridiculous fashion accessories, you need to test them filled with "vitamin water" or a 5000 calorie hyper-sugared & creamed & syrupped "coffee."
You have to try a nerf football next. I would love to see how small it will get
Yep. I was going to do the Nerf Vortex for a 90s themed episode.
Try a glass vial of *sodium*
Another great, great video.
Do you use the same ramp rate in every video/test or do you vary it?
In terms of on-screen information I personally would be interested in seeing something that indicated the current playback speed as well as the current/instantaneous "velocity" of decent.
Another random thought (which I realize is completely unsolicited), as a fun easter egg or fun way to play with the video format, have you thought about adding reference objects to the depth gauge as it ticks up. Stuff like: average human max dive depth, max free dive depth, max sub depth, titanic, max sperm whale depth, etc. Or maybe use cute little graphics instead of text. It might be fun to have the references always be the same, but to have a single reference that you put in per video that is only on that video. It would be fun to catch for long time viewers and you could probably get a lot of jokes in as well.