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Independent User Thermal Testing

 232 Independent users in seven different forums used their own PCs to test the difference between IC Diamond and other thermal compounds. This independent testing shows an average performance gain of 3.21 ºC over other thermal compounds

Independent User Pressure and Contact Testing

As a continuation of work to better understand the dynamics impacting thermal grease performance, tests were conducted by users in four different forums using contact pressure film from Sensor Products to evaluate thermal performance as it relates to contact and pressure

Application  Instructions and Notes

 IC Diamond has undergone considerable user testing combined with Innovation Cooling's own studies to optimize performance along with ease of application. It is highly recommended that you use our procedure and no others for best results

Reliability

 IC Diamond was originally designed as a high reliabilty T1 compound for use between the IHS and CPU. IC Diamond is highly bulk loaded with over 92% micronized diamond particles to limit pump out due to thermal cycling.

IC Diamond is Compared to Other Thermal Compounds In Real world tests
419 Independent users in 12 different forums used their own PCs to test the difference between IC Diamond and other thermal compounds. This independent testing shows an average performance gain of 3.545 ºC over other thermal compounds (Tests are still in process).



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Users experiencing improvements comment favorably:

  • "8ºC drop at load, this is incredible."

  • "I have a 7ºC drop in temps using this stuff. Fantastic!!!"

  • "I must say from what I've seen so far I'm sold and this stuff is easier to clean up than normal silver based thermal paste."

  • "Pretty nice gain! Not much change at idle but who cares, saving 3.1C at load is nice considering that most of us, including myself, have spent hundreds over the years to accomplish less."

  • "Overall temp drop from ASC to IC7 was pretty impressive. I didn't expect extremely high temps considering my CPU isn't exactly highly overclocked. It's even more impressive considering that I'm not producing that much heat and yet I'm still able to see a difference in temps."




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