EKWB EK-CryoFuel (100 ml, Concentrate)

EKWB EK-CryoFuel

100 ml, Concentrate


Product rating for EKWB EK-CryoFuel

avatar
Risendemon

5 years ago • purchased this product

purchased this product

Super colour, long-term test is still pending

I have to repeat the evaluation in half a year because most of the criteria (discolouration of the components, change of colour, corrosion, clumping) only appear after a certain time. So far, I have to say that at least in terms of colour, it has exceeded expectations. 

Pro

  • Extreme luminosity
  • avatar
    McLovin98

    5 years ago

    Hello
    How much coolant do you have in it?

  • avatar
    Risendemon

    5 years ago • purchased this product

    purchased this product

    Hello,
    I have about 1.5L-1.7L in the circuit and have added about 1.5 vials of concentrate to the distilled water.

  • avatar
    cactusfizz

    5 years ago

    Hello Riesendemon,
    I have a question about the fluid and your loop. 1st, how does it look now with deposits, and 2ts, can you post a photo of your whole loop again? Unfortunately you can't see the lower right part of the
    PC in your post. I would be very interested to know your loop order and if this fluid routing is useful at all, regarding pressure in the system and enough flow at the cpu wblock. (You can see in your picture that from the radiator at the top, there is only a small puddle in the return circuit that flows into the pump/ expansion tank at the top. ???? Why)

    Would be nice of you to comment briefly on your conclusion to this loop and picture. Thanks Bro!
     

  • avatar
    Risendemon

    5 years ago • purchased this product

    purchased this product

    @cactusfizz
    Is there actually no reply function here?
    Hello cactusfizz
    So let's get to your questions.
    So far I haven't found any deposits in the loop where they would most likely show up. (So Agb, Gpu cooling fins
    and CPU cooling fin, though must admit I haven't taken the CPU block off).
    2. my loop order looks like this: AGB-GPU block-Radiator 360-CPU block-Radiator 480-AGB.
    Between AGB and GPU block is another T-fitting which leads on one side to the GPU and on the other to a drain with ball valve.
    I don't worry about the pressure, because in a closed circuit the pump doesn't have to overcome any height. The water that the pump conveys out of the GPU leaves a vacuum in the GPU which draws water in, so it doesn't matter.
    I had the "puddle" in the AGB because this pump-reservoir combo creates a "waterfall" effect. But now I have felt it completely, because the drops on the AGB glass bothered me.
    What is really not useful about this loop is that the fans are all directed outwards and thus the water cools with the warm internal temperature of the housing.
    However, the temperatures are still satisfactory.
    Water max 38° when gaming.
    CPU with slight OC max. 65° under full load(i9 9900k
    GPU with OC max. 45° under full load (GTX 1080ti)
    For the fact that these are 2 pretty hot brothers I'm pretty happy with the temperatures.
    New photo I will have to insert my old comment.
    Hope this could help you.
     

  • avatar
    Risendemon

    5 years ago • purchased this product

    purchased this product

    I just realised what you meant by the puddleO.O This pipe is only for filling and this puddle is the rest of what has not yet arrived in the AGB when filling.