Thanks friend , glad to have you

great input ,thanks friend

Instablaster...

Glad to help home boy

Be carful with liquid metal ideas , i lost my ars in gallium one week , it did not go as planned and im not sure i would ever try metal filler again

I have never tried sand but i will some day , but i know salt does not work and it takes a long time .

Good idea.

hmm never herd of that , i tried to look up pitch , lol no luck

Good idea, most people dont realize how compressible water is

You do realize that when you drop the pressure of water, you also significantly lower its boiling point as well...dont you? Pulling a vacuum on water will cause it to boil in which case you will never get all the "air" out. Mainly because water is made up of 2 gasses. Just saying.

amzn.to/2F3uR7h Click that link and it will take you to an area on amazon that has these type of items. I am currently working on my own store front to sell hard to find items to help earn income . these items are not easy to find . it could take you days , its crazy . I hope this helps . the bag in this link has a very good size selection . but if you need coils of tubing let me know if you cant find it on this link

LOLOLOL

Hello friend thanks for your input , i have tried slat but not sand , the salt turns into a pill and will not come out , does this happen with sand ?

@@NOBOX7 Does the salt pill dissolve in water and wash away?

Not rue , water and all matter is compressible , get wise brother .

@@NOBOX7 the key word is "essentially". For the pressure levels here, you can assume negligible compression of the water. That is, no change in volume. Gas compressibility is a different matter and would need to be accounted for. Look up Bulk Modulus of water and then get wise brother

yes if you use good ones

So not true LOL , dude why would you send people down that road ? Let me guess you've done it and it works ? cus it took be 9 hours to get salt out of a 4ft coil and i boiled it in water for 5 hrs

That is a brilliant comment , and it would work water expands 4 times as much as copper as it heats up

never using sand or salt again

@@NOBOX7 Clearly youtube francais has never tried pouring sand into a small diameter pipe that is coiled up. It takes forever. In regards to you having to kink the pipe to take up 'slack', I found this info on a scientific website.... "As water has a bulk modulus of 2.2×109 Pa, water is compressible, but it is not practically compressible for the least. In order to compress water, you would need so much pressure. Even at the deepest regions of our oceans, the density of water is only a little higher than that of the water at the surface, and the compression is approximately around 1.8% only." ..... So one would assume air is getting in the pipe. I have just made a 10mm copper coil to fit a 115mm diameter flue pipe on a stove. I tried filling it with sand but gave up and did it with no filling. It coiled round kink-free if I supported it well with my hands, however I felt that the pipe deformed from an 'O' to an oval shape more than I would have liked and it may affect the flow rate too much and cause the water to overheat in the coil. I will only know when I have built and installed the system. If I have to replace the coil I shall take heed of your video. Many thanks

they are good for thousands of pounds pressure

They leak at high pressure friend , bending this tubing creats pressures of about 1000 psi and if even 1 drop of water escapes we get a kink

What is the difference? What does vegetable oil do?

sand is to hard to get out of a complex coil , it takes hours and getting it in aint so easy

the head space is also filled with water via submersion

bro , bending the pipe compresses the inner corners , do this with a pressure gauge hooked up and get back to me. The only thing resisting the kink is the pressure of the water when the metal tries to bend it . you can even feel the pressure making the tube stiffer

@@NOBOX7 Ok Ill take your word for it. I tried rolling a piece of 1/2" yesterday with salt but i didnt like the size the roll came out in, I wanted it smaller like yours, so I'm gonna retry tomorrow with water. Thanks for the video and information.

Yeah this video is to save people from making that mistake . water is instant removal

Hey thanks for the pipe tape input, i admit i never learned the proper way to use it

kzfaq.info/get/bejne/hpx8pbdytt_akmQ.html

funny you say that ive showed over 190,000 people how to do just that , but its very dangerous for a novice , but seeing as how that video made me $120 for 20 minutes of work I figured id post a safe alternative , but i gotta admit im not a fan , the solder method is super fast method . i do recommend freezing the coil with soap in it if you have any really tight bends , i gues the soap stops th aice from bursting the piece your working .

whats Gl5 ? by the way youtube comments are officially broke , i get about 5% . i often find comments people i know left that i had no idea existed

GL5 is 'Gear Lube Class 5"

Pure ice begins expanding at 19F typically, that is where the liquid water molecules migrate from down in the ice body out to the ends and merge with the crystals with some amazing force which can be thousands of pounds of force. By adding various impurities you reduce the percentage of the water molecules that can line up and crystallize based on the polar ionic attraction of species specific atomic electron charges. The addition of these ions interferes with the 'normal' ['ideal', but not 'typical'] water molecule bonding requiring that the water shed more of its internal energy to transition phases. Eventually, as you know, as the temperature drops, and 'heat energy' is subtracted from the mass equation, the polar attractions get stronger just like happens in magnets and superconductors [but keeping in mind that superconductors are diamagnetic while water is paramagnetic, therefore repelling, not attracting.], and this leads to an increasing electrical attraction, reaching 'past' and 'through' the various ions, depending on their own ionic valences, [some, such as ethanol, acetone, and ammonia being markedly stronger than others] while at the same time, the ions of many impurities will either seek out their own or will seek to form an azeotropic bond with water, such as is typical with higher ionic valence polar ketones, leading to a different form of 'ice' which is some times much harder and stronger, or at other times, after formation, gains a melting point ABOVE 32F because the fluids in question 'find each other' so to speak, developing something similar to a hydroxide, hydrate, or hydroxide group, with trace amounts of free hydrogen, and free oxygen dissolved in between the crystals, leading to long thin bubbles in the ice, and many times the hydroxides and hydroxyls will become a thick, viscous liquid and ooze out of 'pores' in the ice. en.wikipedia.org/wiki/Hydroxy_group When you do this, you create concentrated areas of a non-melting [or really lower melting point] liquid that exists between layers of crystals, often formed as 'flakes' like mica forms as a mineral, which are in some ways also like snow flakes, only without the gaps and without the [relative] uniformity of nuclear growth. These plates and their lubricating fluid allow the whole mass to conform under host or pressure ranges without imposing their own specific shape, nor being detrimentally [destructively] deformed in the process, and, of course, not crushing the way air would allow to happen.

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i mention that in the video , i also have a video on that

Its acid core solder no flux or sanding needed . Compression fittings are better

Greg , stop being such a looser man , you really are killing yourself with that shty attitude , get saved find Christ

Yes they do , i told some people they was only rated for 35 psi and they laughed at me , i think 35 is really pushing it