Material analysis of the Cooler Master CryoFuze 7
This paste relies on significantly more Al2O2 than the other pastes, the zinc oxide is mixed here virtually 1:5 with the Al2O3. The remaining, smaller residue is the usual silicone oil (silicon, hydrogen, and the oxygen not bound in the oxides). The paste is certainly not a miracle of high technology, but it works perfectly.
Material analysis of the Cooler Master CryoFuze 5 Violet
Cooler Master should have a word with the OEM, because with only 40% metal content and 60% rest (over 20% silicone oil and the bound oxygen in the oxides), it is very clear that the paste was only filled to a very low level. And I’ll also reveal a little secret: Color alone does not cool.
Material analysis of the Cooler Master MasterGel Maker
At around 60% metal content, the paste contains fewer heat-conducting particles than the CryoFuze 7, but significantly more than the CryoFuze 5 Violet or the MasterGel Pro V2. The mixing ratio of 3:1 between the metals is therefore perfectly acceptable.
Material analysis of the Cooler Master MasterGel Pro V2
In the MasterGel Pro V2, the ratio of Al2O3 to ZnO is similar to the CryoFuze, but the polymer is different here. Unfortunately, I can’t do any organic analyses, but the silicone oil used seems to be much lighter.
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