Instalează Steam
conectare
|
limbă
简体中文 (chineză simplificată)
繁體中文 (chineză tradițională)
日本語 (japoneză)
한국어 (coreeană)
ไทย (thailandeză)
български (bulgară)
Čeština (cehă)
Dansk (daneză)
Deutsch (germană)
English (engleză)
Español - España (spaniolă - Spania)
Español - Latinoamérica (spaniolă - America Latină)
Ελληνικά (greacă)
Français (franceză)
Italiano (italiană)
Bahasa Indonesia (indoneziană)
Magyar (maghiară)
Nederlands (neerlandeză)
Norsk (norvegiană)
Polski (poloneză)
Português (portugheză - Portugalia)
Português - Brasil (portugheză - Brazilia)
Русский (rusă)
Suomi (finlandeză)
Svenska (suedeză)
Türkçe (turcă)
Tiếng Việt (vietnameză)
Українська (ucraineană)
Raportează o problemă de traducere
But if the custom loop is designed where all metals are "similar" on the galvanic corrosion table then we actually can use straight distilled water with no issues. Copper, Nickel, and Bronze are all similar metals for example. Yes corrosion could still occur with no additives but with similar metals it would typically take at least 10 (or more) years to ever see any sort of reaction and most people completely drain their CLC loops for maintenance far more often than that (some people do it twice a year for example) so typically it will never happen.
For example: I just a few days ago drained the CLC loop in my 5800X gaming computer after 3 years of not changing the water in it (and I use 100% pure distilled water in my loop). When I took the video card out after all that time the fins in the center of the water block were completely clean with no build up and no corrosion on the water block.
Additives are not always necessary in all situations. Only sometimes in some situations. Mostly they use heavy additives in AIO's because they commonly mix copper cold plates in the CPU with aluminum radiators. Which is also why some AIO's fail quickly too. Do some research and you can find some AIO's that use copper radiators and copper cold plates and those should (in theory) last a long, long, long time. Like 10-15 years long time.
clc all use the same types, all aluminum or all copper for that the coolant contacts
God when will you stop just making things up?
Almost ALLLLL CLCs use mixed metals.
im trying to decide if i get noctua tattoo left arm or right
https://www.youtube.com/watch?v=TFE9wfAfudE&t=662s
He's not wrong, but it's not 100% accurate based on existing solutions.
When creating a liquid cooling loop system, avoid mixing different metals in the same loop. Mixing metals can lead to galvanic corrosion, which occurs due to an electrochemical process between dissimilar metals. For example, combining copper and aluminum components in a loop is not recommended because they can react and corrode. Stick to using similar metals (such as copper and nickel) to prevent issues12. If you’re concerned about corrosion, consider using a modern coolant or additive like EK-CryoFuel, which contains anti-corrosive agents and a biocide.
Having a cooper base on the pump does not really count if the inside of the Pump and Rad are all aluminum. AIO systems usually do not use any cooper that will be directly exposed to the liquid, As this metal can very easily get corroded in very short periods of time. But yes there are good coolant and/or additives you can buy that will help this issue. It won't 100% stop it, but greatly pro-long it.
So when brands release a certain model of AIO-LC (or CLC) for example; they would hopefully pick a warranty coverage period that makes sense; based on the pump design and overall expected life-span of that, along with being based on the additive used in the sealed liquid loop.
So right now if you're able to buy DeepCool products in the US and Canada, avoid doing so unless you're perfectly fine with having no customer support for potentially forever assuming that DeepCool decides to stay out of the North American market. They'll probably come back but that won't be until the sanctions stop.