How much heat can sanitary silicone stand?

I want to replace the thermal paste on my laptop with liquid metal, since the liquid metal is also electrically conductive, I have a problem that it flows out somewhere and causes a short circuit. I just want to seal it with sanitary silicone and would like to know how much heat it can withstand? Or you can also tell me other alternatives.

Sorry, but why don't you buy a thermal paste?

Because liquid metal dissipates heat much better and you have to broaden your horizons

To the question: look in the data sheet for silicone.

For example: do it properly with good thermal grease and let the botch up. You're not doing yourself a favor. Especially since you won't achieve dramatically better cooling.

I have already ordered liquid metal

OK. If there was a better method, would it be used by default?! Can you write me an alternative?

Asus plans to start processing liquid metal as standard in the coming months

You can also complain.

But do what you want. In any case, I advise against it.

If you do, at least do a backup beforehand so that in case of doubt you can get your data quickly while waiting for the delivery of a new motherboard and a new processor.

There are also latex / or silicone-based circuit board protective varnishes.

But consider fundamentally that liquid metal never with base metals like e.g. Aluminum may come into contact.

In notebooks, however, I consider the use of liquid metal to be extremely questionable, since the cooling system's performance is usually a problem.

So you can give yourself the Schiet rather, because if there was anything worth mentioning, notebook manufacturers would already have thought of this "funnel" long ago. 😎

It is also questionable whether FM can wet the silicon die at all. Otherwise, CPU manufacturers would have used it even for desktop processors with a heat spreader instead of WLP instead of soldering to the heat spreader.

Therefore: save yourself this risky effort better.

So for big Youtubers like der8bauer that has increased the processor performance by 22% .Asus wants to start processing liquid metal as standard in the next few months

Which CPU is in your book, and can this CPU be overclocked at all?

The 8auer will probably only refer to those mobile solutions in his blogs where the CPU does not generally reach the TDP limit, but where there were mainly thermal problems as a pure limit.

But there are actually a number of "gaming books" even for less than 1000 euro, which then simply fail due to cooling problems in order to maintain even the minimum guaranteed clock rate.

Often, however, it is because the cooling solutions are too compact + too weak, even in the "entry-level area" with GTX 1050 (Ti) to GTX 1650.

AMD does not currently have anything comparable in terms of efficiency; especially since there are still too many transistors pressed onto the mm2 chip area for heat transfer. In addition to the outdated architecture, "Polaris" (14 nm), both technologically and thermally, even put a leg up against Nvidia Maxwell.

My CPU is the I7-7700hq which basically can't be overclocked but now I have a TDP of 20-30 watts it could take up to 45 watts but it gets too hot but I can theoretically increase my TDP up to 300 watts

The i7-7700HQ can only be switched by the notebook manufacturer between TDP = 35W (TDP Down) or TDP - 45 Watt (normal).

300 W TDP with this CPU are not possible. Max. 45 watts according to Intel.

I'm out of here.

But you have to download from Intel Intel XTU and then you can switch on various things such as voltage TDP etc.