0:50 Coil pack copper pipes...mechanical pulled out straight 1:10 press/squeeze cup tapered 1side 1:18 held in place...steel rod centered to evenly space copper powder coat/layer..pour on while.+vibration to hardened pound together copper powder stiffen... 2:00 baked thick wall oven 980degree C/F? (8hours) 2:10 done...fan cooled 2:22 filled with 2mililiters distilled water coolant 2:30 pipe is air vacuumed twice... 2:40 sealed airtight...
Could you get one of your engineers do a tutorial on bending heat pipes? I cannot find any tutorials online and that might draw attention to your coolers.
Since the heatpipe is totally hermetical closed and the liquid runs in a vacuum surrounding, it is not possible that the liquid can evaporate. Water Cooling is of course a different topic.
Better reply: Evaporation and Condensation is how the heat pipes works. However the heat pipe is sealed, preventing the contents from escaping, as it changes phase from liquid to vapor. As the vapor travels down the center back to the cold end, it condenses back to liquid form, to be sucked up by the "wick" for it's journey back to the hot end of the heat pipe, then the process starts all over again.
I stumbled upon this video, and couldn't help but make a comment about the part in the video at 1:40. At first glans it looks like the powder isn't distributed evenly, so I decided to look closer and counted that there are 6-9 pipes that clearly aren't evenly centered. That's a 33-50% quality control issue. Does it not matter if there are sides of the piping that don't have the powder composition? To me it seems like that would be negatively impactful for cooling; but I'm no engineer. Thanks for reading. :)
I don't think it significantly affects the performance, provided the heat pipe is well embedded into the heatsink and has a good thermal bridge. The volume of the hole doesn't change, so the vapor moves from one of the tube to the other the same whether it's perfectly centered or not. The volume of the wick doesn't change, so it should be able to move the liquid back the other way just fine as well. A more even distribution probably makes one side of the heat pipe slightly better at absorbing or releasing heat, but if the pipe is properly embedded in the heatsink that evens out (since you want thermal contact on all sides if possible anyway).
This is because the water and water vapor still need space to properly dissipate heat.. At the base plate, where the heat is the highest, the liquid is being evaporated whereby it ascends to the cooler regions - where it dispenses the heat little by little which condenses the vapor and sends the resulting water back to the base plate where the whole process restarts. This continuously changing aggregate state is very important for the cooler’s efficiency as a pure copper pipe could fundamentally less and much less purposefully transport the heat.
Some does, and it's a good thing too. The steam helps blow the last of the air out of the pipe, and even a tiny amount of non-condensable gas remaining inside would greatly reduce the performance.
they both work on the same principle.. the only thing you should consider is the surface area where the aluminum fins come in contact with the vapor chamber and heat pipes..
@@bequietofficial im retarded. im sorry. Thanks! So after you put the powder in you heat them up and THAT secures the powder which is now effectively a whick. right?
Here is part 2: th-cam.com/video/BBB2rChWxmE/w-d-xo.html&ab_channel=bequiet%21 And here part 3: th-cam.com/video/JKG1au3y-NU/w-d-xo.html&ab_channel=bequiet%21
Not really, if you keep in mind that most of that cooling liquid is steam, that transfer the heat in an unbelievable speed. Then it cools down, becoming liquid again, heats up to steam ... many, many, many times in just a short time. That's why you need only 2ml per pipe.
Anyway great video. I didn't know that there is copper powder inside. At 1:42 we see that powder is not evenly distributed. Some pipes have no powder near the pipe edge, while in others powder is perfectly centered. Does it matter?
Yes, some structures are not perfectly centered. But that doesn't matter, because the cooling liquid have the same amount of micro-capillaries in each heatpipe to run back to the heat source.
If you're judging it by that language on the panel, that's traditional Chinese, which is only used in two places in the world: Taiwan & Hong Kong. So it's most likely Taiwan, or Taiwanese exported machines.
best overdubbing ever!
_Какое хорошее видео! Биквайт молодцы не только в самой продукции, но и в сопутствующих инфо-материалах. ЗачОт немцам!_
:)
Спасибо!
0:50 Coil pack copper pipes...mechanical pulled out straight
1:10 press/squeeze cup tapered 1side
1:18 held in place...steel rod centered to evenly space copper powder coat/layer..pour on while.+vibration to hardened pound together copper powder stiffen...
2:00 baked thick wall oven 980degree C/F? (8hours)
2:10 done...fan cooled
2:22 filled with 2mililiters distilled water coolant
2:30 pipe is air vacuumed twice...
2:40 sealed airtight...
Could you get one of your engineers do a tutorial on bending heat pipes? I cannot find any tutorials online and that might draw attention to your coolers.
Nice! I always wondered how CPU coolers are made. Can the liquid evaporate in time?
Since the heatpipe is totally hermetical closed and the liquid runs in a vacuum surrounding, it is not possible that the liquid can evaporate. Water Cooling is of course a different topic.
Better reply: Evaporation and Condensation is how the heat pipes works. However the heat pipe is sealed, preventing the contents from escaping, as it changes phase from liquid to vapor. As the vapor travels down the center back to the cold end, it condenses back to liquid form, to be sucked up by the "wick" for it's journey back to the hot end of the heat pipe, then the process starts all over again.
Didnt know you guys are from germany. solid engineering
Where are these cpu coolers assembled?
I stumbled upon this video, and couldn't help but make a comment about the part in the video at 1:40. At first glans it looks like the powder isn't distributed evenly, so I decided to look closer and counted that there are 6-9 pipes that clearly aren't evenly centered. That's a 33-50% quality control issue. Does it not matter if there are sides of the piping that don't have the powder composition? To me it seems like that would be negatively impactful for cooling; but I'm no engineer. Thanks for reading. :)
I don't think it significantly affects the performance, provided the heat pipe is well embedded into the heatsink and has a good thermal bridge. The volume of the hole doesn't change, so the vapor moves from one of the tube to the other the same whether it's perfectly centered or not. The volume of the wick doesn't change, so it should be able to move the liquid back the other way just fine as well. A more even distribution probably makes one side of the heat pipe slightly better at absorbing or releasing heat, but if the pipe is properly embedded in the heatsink that evens out (since you want thermal contact on all sides if possible anyway).
Do you think they can make bigger version of this but for house 🏡 !!!! Would be cool if we can use the earth below our own home to cool the room!
He soñado con lo mismo pero imaginas las enormes cantidades de metal para este fin? creo yo lo harían inviable.
Awesome!
How do "be quiet" bending heatpipes?
What material is the mandrel used when the heat pipe is filled with powder
Can you tell me the content (material) of Mixture of copper powder?
Hello Yong. Unfortunately not. The precise composition of the powder is not publicly available.
It's just copper but it makes a capillary when its baked
@@imsomerandomboi9386 Lmao
Its just copper thats forms a sponge like structure for the capillary action
Excellent
Nice
min 2:30. why 2 milimeter of water and not full? where can i undertand this technical concepts?
This is because the water and water vapor still need space to properly dissipate heat.. At the base plate, where the heat is the highest, the liquid is being evaporated whereby it ascends to the cooler regions - where it dispenses the heat little by little which condenses the vapor and sends the resulting water back to the base plate where the whole process restarts. This continuously changing aggregate state is very important for the cooler’s efficiency as a pure copper pipe could fundamentally less and much less purposefully transport the heat.
I wonder, how do they avoid the water getting sucked out also when removing the air?
Small amount of working fluid evaporates, but it is pre-calculated and pretty much constant, so it doesn't effect performance.
Some does, and it's a good thing too. The steam helps blow the last of the air out of the pipe, and even a tiny amount of non-condensable gas remaining inside would greatly reduce the performance.
Correct me if I undestood wrong. Due to using of capillary effect we can place pipe in any position against heat source?
Nice to see
I have a question. How efficient are vapour chamber cooling as opposed to just copper heat pipes?
they both work on the same principle.. the only thing you should consider is the surface area where the aluminum fins come in contact with the vapor chamber and heat pipes..
My dark rock pro 4 is keeping the 5900x very cool 😎
Wo gibt es denn das Originalvideo ohne Neuvertonung? Ich kann ja Deutsch ...
th-cam.com/video/7SdXBoQhsD8/w-d-xo.html
How do you recover the copper powder? It seems kind of strange that you don't have a hopper that automatically fills the tubes.
What about using heat pipes for the cars?
great video. But when are we going to get a new technology?
Always.
what keeps the copper powder secure? As soon as you bump, ship or move the pipes all that powder will just move around like sand in an hour glass
Please watch the video again, from the 1:40m mark. :)
@@bequietofficial im retarded. im sorry. Thanks! So after you put the powder in you heat them up and THAT secures the powder which is now effectively a whick. right?
@@sonichuizcool7445 they bake the pipes and that makes it stick
Where's part 2??
Here is part 2: th-cam.com/video/BBB2rChWxmE/w-d-xo.html&ab_channel=bequiet%21
And here part 3: th-cam.com/video/JKG1au3y-NU/w-d-xo.html&ab_channel=bequiet%21
@@bequietofficial thanks!
Do it matter if the liquid drops come out of the heat sink pipes
Yes, the heat transport will be nowhere near enough.
The whole principle of working of heat pipe is evaporation,transportation,condensation.
I'm going to buy one of your coolers
Ryan Malin nice Idea! I have the Dark Rock Slim and I‘ m very happy with it 😂👍🏽
I though these was just pure copper
Can't eat them like you can croissants
That german accent :D
you have any defect pics of cpu cooler so please give me for using and advertist
Unfriendly beggar
Cooled by three fans running at full blast… doubt it.
Thats a cool video. GET IT.. COOL.... I want to fucking die
i broke mine helpp
Best to contact our support team at service@bequiet.com - my colleagues will be able to help you quickly.
2miliMETERS of water is the most american thing you can say.
2ml per pipe? So... they are pretty empty in my opinion.
Not really, if you keep in mind that most of that cooling liquid is steam, that transfer the heat in an unbelievable speed. Then it cools down, becoming liquid again, heats up to steam ... many, many, many times in just a short time. That's why you need only 2ml per pipe.
Anyway great video. I didn't know that there is copper powder inside. At 1:42 we see that powder is not evenly distributed. Some pipes have no powder near the pipe edge, while in others powder is perfectly centered. Does it matter?
Yes, some structures are not perfectly centered. But that doesn't matter, because the cooling liquid have the same amount of micro-capillaries in each heatpipe to run back to the heat source.
bequietclips d griffith
*sigh* Looks like it's made in China. WHY!!!!!! Stupid outsourcing.
You do know your entire computer is made in China right?
If you're judging it by that language on the panel, that's traditional Chinese, which is only used in two places in the world: Taiwan & Hong Kong.
So it's most likely Taiwan, or Taiwanese exported machines.
Diggi rede einfach deutsch ist ja schrecklich ...
What material is the mandrel used when the heat pipe is filled with powder