F5F Stay Refreshed Hardware Desktop Seeking thermal paste designed for extended use and durability

Seeking thermal paste designed for extended use and durability

Seeking thermal paste designed for extended use and durability

Pages (3): Previous 1 2 3
B
BrendanC4
Junior Member
48
02-18-2017, 12:04 PM
#21
Gelid produces decent pastes too, but they aren't as widely promoted as other brands. It's been a while since I encountered that product on a thermal paste comparison, mainly because it hasn't been as popular when people were swapping out their stock GPU coolers for alternatives from Gelid. I'm not very confident about the OCX version specifically.
B
BrendanC4
02-18-2017, 12:04 PM #21

Gelid produces decent pastes too, but they aren't as widely promoted as other brands. It's been a while since I encountered that product on a thermal paste comparison, mainly because it hasn't been as popular when people were swapping out their stock GPU coolers for alternatives from Gelid. I'm not very confident about the OCX version specifically.

B
b4nife
Member
59
02-18-2017, 12:37 PM
#22
For speed it's Kryo hands down, for durability the MX4 holds up better, if you're not planning to refurbish, go for Carbonaut, but it's 5-8C warmer than ideal. These are just what I've tried before, plus AS5 (no need to choose over MX4 now)
B
b4nife
02-18-2017, 12:37 PM #22

For speed it's Kryo hands down, for durability the MX4 holds up better, if you're not planning to refurbish, go for Carbonaut, but it's 5-8C warmer than ideal. These are just what I've tried before, plus AS5 (no need to choose over MX4 now)

P
Poop_Head27
Posting Freak
820
02-18-2017, 07:31 PM
#23
The issue involves liquid metal composed of indium and gallium. Gallium tends to oxidize readily, and its oxide can be hazardous. Even after three years, residual damage may still exist. It's likely that oxygen wasn't completely excluded during the process. https://en.m.wikipedia.org/wiki/Gallium
P
Poop_Head27
02-18-2017, 07:31 PM #23

The issue involves liquid metal composed of indium and gallium. Gallium tends to oxidize readily, and its oxide can be hazardous. Even after three years, residual damage may still exist. It's likely that oxygen wasn't completely excluded during the process. https://en.m.wikipedia.org/wiki/Gallium

T
TheOrangeFTW
Member
199
02-19-2017, 01:56 AM
#24
It might finally make sense to move up from this setup. New CPU performance hasn't improved much. Honestly, most of the long-term LM videos I've seen reveal some wear on the IHS, but the chip still looks good. At best, over time a replacement IHS could be necessary if transfer quality drops. Otherwise, it's mostly a one-time fix for me. Probably won't need to upgrade again anytime soon. With all these soldered CPUs now, and future versions likely less focused on overclocking, this seems like a limited opportunity.
T
TheOrangeFTW
02-19-2017, 01:56 AM #24

It might finally make sense to move up from this setup. New CPU performance hasn't improved much. Honestly, most of the long-term LM videos I've seen reveal some wear on the IHS, but the chip still looks good. At best, over time a replacement IHS could be necessary if transfer quality drops. Otherwise, it's mostly a one-time fix for me. Probably won't need to upgrade again anytime soon. With all these soldered CPUs now, and future versions likely less focused on overclocking, this seems like a limited opportunity.

T
timo_1892
Senior Member
715
02-19-2017, 03:09 AM
#25
Gallium tends to affect only certain materials, while silicon seems resistant.
T
timo_1892
02-19-2017, 03:09 AM #25

Gallium tends to affect only certain materials, while silicon seems resistant.

Pages (3): Previous 1 2 3