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Hello to you all.

Doing it by hand takes time, is slightly risky, etc How can that even be measured? I was gonna say, that looks like the heatsink vapor chamber? Wanted to show that effect. Solder is a clean connection to the IHS.

Any ideas how to rust the “new iron” layer, without eating it away completely from the zamac.? My knowledge of chemistry reached the zero point. Never use it on aluminum anything. Is the heatsink still smooth, or did it actually take metal off? By reapplying paste NOT necessarily the benefit of liquid metal and closing the gap, thermal conductivity was dramatically improved and thus worthwhile temp drops were gained.

Doesn’t gallium fill the porous structure of copper, without nickel plating, thus reducing thermal conductivity? If the lm eats at the heatsink then thermal transfer goes down.

Practical silver chloride reduction (in home).

Become a Redditor and subscribe to one of thousands of communities. It’s slowness is why it was so easy for you to get most of it off with just steel wool. Powered by SMF 2. The zamac turned gray and was only weak magnetic.


The bucket was completely wet. Even for people just using regular paste, going bare die has shown domowq improve temps dramatically. The second one was different. Keep in mind i didnt using any liquid metal between the cooler and ihs and thats what i recommend.


I will do it now always on my CPU if its an intel with thermal paste and GPU as long the warranty allows like with Zotac, 5y warranty and no issues with thermal paste change.

After learning how to use a 3D drawing program, I xomowa to get a dredge bucket to be printed. Gallium doesn’t just evaporate. I’m not entirely convinced that liquid metal is superior to solder when dealing with the IHS. I’ve personally repasted an air-cooled SC2 with Conductonaut and while it did run around 3c-4c cooler than Kryonaut I still wouldn’t recommend it.

I only used a pre used bucket it has been in the HNO3 and was pretty oxidized. I was considering the liquid metal stuff because I really didn’t wanna take it apart again. I have had this happen to me. It seems galwaontechnika have migration issues which is why real world examples galwanotefhnika this are cool to see!

The Gallium has to go somewhere for it to dry up, as that is the liquid galwanotechnuka room temperature component in the LM. Does Kalium polysulfide have any influence? Yeah, I thought I was on a different subreddit, was browsing different subs on my phone while driving. If your current sacrificial iron electrode has the right sort of ‘rustiness’ to it then you can probably duplicate that effect by just reversing the polarity. No referral links No valwanotechnika Please flair accordingly Low quality posts will be removed.

Domow are lots of factors that can contribute to how fast it happens. At the moment I’m busy making a self propelled bucket dredger scale 1: It really isn’t worth it. What improvement did you see going from stock paste to Kryonaut if you remember? If I make any mistakes in the forum, please don’t hesitate to correct me as I want to learn. Powered by SMF 2. I would like to see effects if you make it happen.

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Been running the same badge for 2 years and nothing has changed. Is it necessary to add some piece of iron in the FeCL? Doesn’t it only dry out on copper if there is a air gap somewhere and not flush tight.

I saw a video from this gentelman https: The second part eventually became nicely brown iron rust look. Using fume hood at my university I dissolved it all in HNO 3and then added kitchen salt to precipitate Silver chloride. I wanna keep my card for years, is that risking it? I really want to see it.

This is where I got lost I did not write down what axactly I did and for how long. Iron has a very intricate collection of oxides and hydroxides and oxide-hydroxides. I was getting uncomfortable with how hot it was getting, so I decided to putt it apart and check the paste. I can nothing but guess that it will look as when I applied it.

The whole hoopla about using liquid metal directly on dies really only started when Intel got cheap and lazy and stopped soldering their chips to the IHS, causing pockets of air breaking contact and thus interrupting thermal conductivity.