folks always remember to repaste every module that had thermal paste on it like the Vrams of GPU and other components too it's a good approach since heating of these components will reduce the system perfomance in longer run , the dried thrmal paste on them is bad and will act as an insulater for heat , u dont have to use the fancy expensive thermal paste u use on the cpu and gpu u can get a nont conductive rrelatively cheaper thermal pastes and use them , Letting them run dry and hot will cause a significant drop in perfomance overr the year .
There won't be a problem because we did not remove the origional thermal putty on the vrams. The vrams produce less heat than the GPU chip and the original thermal putty will be able to handle it.
Thank you so much! I have been having this laptop for more than 2 years now and I've only cleaned it every few months. This tutorial will help me to repaste it!
Instead of using thermal paste, it's better to use the Honeywell PTM 7950 now for the CPUs and GPUs as they are also direct dies. It's a phase changing pad with similar performance to liquid metal and it's non conducting so it's safer. Lenovo lineups uses this pad. Never going back to traditional thermal pastes anymore.
Hello, we still recommend using high-performance thermal paste. Next time, you can try our KOLD-01 [heart]. This is because phase change pads continuously transition between liquid and solid states, which can easily lead to misalignment and result in thermal failure.
The surrounding chips do not generate much heat, so manufacturers often use thermal putty or thermal pads for cost considerations. Thermal paste generally has better thermal conductivity than these materials, so there should be no problem with cooling. Some people say not to use thermal paste because typical thermal pastes are too runny and their flowability and viscosity are not specially optimized. The gaps between the small chips and the heatsink are too large, causing the paste to flow away easily. Therefore, it is important to use high-quality thermal paste. If you want to replace these materials with thermal paste, we recommend using our KOLD-01 thermal paste. Its flowability and viscosity are specially optimized to avoid this issue.
Agreed with @dhruv9819 - 1 ) Makes sure you put thermal paste over IC Chips that have previously been covered! 2) Also as noted in the Video and this is a top priority, after takin battery connector off, make sure you hold the laptop power button for 15 second to discharge the laptop compoents! 3) Asus rog strix such as the G15 Advantage edition - when removing the vapour chamber you will see numbers next to the screws such as 1, 2, 3 4, what this means you must undo and redo in the correct sequence to make sure it is fitted properly!
If you are referring to thermal compounds on CPU/GPU, compared to thermal pads, I suggest you choose thermal paste. Pads cannot fully adhere to the CPU because they are solid, so they cannot completely fill the tiny gaps between the CPU and the processor, whereas thermal paste can fully adhere. This difference makes thermal paste superior in heat dissipation
In DIY situations, we recommend replacing the liquid metal with thermal paste. The failure rate of liquid metal is too high and prone to leakage due to tilting. Good thermal paste, like our KOLD-01 thermal paste, also offers excellent heat dissipation performance.
Is it ok to change from liquid to paste? Because my laptop came with liquid metal. And how long until I have to replace it again? Nice video btw very clear instructions
Of course, you can. As for the replacement interval, high-quality thermal paste can typically last 0.5~1 year, depending on usage and thermal conditions. Feel free to try our KOLD-01 thermal paste. It’s different from the usual thermal pastes you mentioned. The main difference is that regular thermal pastes use a solvent-based formula, which evaporates when heated, causing the paste to dry out and lose its thermal conductivity. We use an exclusive solvent-free formula that perfectly addresses this issue. Therefore, it offers better thermal performance and a longer lifespan when used in laptops.
Use the Honeywell PTM7950. It's much much better than traditional thermal pastes. Lenovo lineups use this phase changing pad for CPU and GPU and their temps are low for a long time.
There won't be a problem because we did not remove the origional thermal putty on the vrams. The vrams produce less heat than the GPU chip and the original thermal putty will be able to handle it.
@@anany1946No, use thermal paste or better yet, PTM 7950 for CPU & GPU and use a better quality putty like the Upsiren U6 Pro or UTP-8 for the VRMS and MOSFETS.
folks always remember to repaste every module that had thermal paste on it like the Vrams of GPU and other components too it's a good approach since heating of these components will reduce the system perfomance in longer run , the dried thrmal paste on them is bad and will act as an insulater for heat , u dont have to use the fancy expensive thermal paste u use on the cpu and gpu u can get a nont conductive rrelatively cheaper thermal pastes and use them , Letting them run dry and hot will cause a significant drop in perfomance overr the year .
There won't be a problem because we did not remove the origional thermal putty on the vrams. The vrams produce less heat than the GPU chip and the original thermal putty will be able to handle it.
Thank you so much! I have been having this laptop for more than 2 years now and I've only cleaned it every few months. This tutorial will help me to repaste it!
Thank you for the kind words! We will keep making videos like this!
Did you apply thermal paste instead of liquid metal as in the video? Will this cause any problems later?
Instead of using thermal paste, it's better to use the Honeywell PTM 7950 now for the CPUs and GPUs as they are also direct dies. It's a phase changing pad with similar performance to liquid metal and it's non conducting so it's safer. Lenovo lineups uses this pad. Never going back to traditional thermal pastes anymore.
Hello, we still recommend using high-performance thermal paste. Next time, you can try our KOLD-01 [heart]. This is because phase change pads continuously transition between liquid and solid states, which can easily lead to misalignment and result in thermal failure.
Laptop stuck in a boot loop after: i screwed the heatsink too tight, works fine after loosening the screws a bit;
You're doing great!
Shoulda used some luquid thermal pads on the VRMs
The surrounding chips do not generate much heat, so manufacturers often use thermal putty or thermal pads for cost considerations. Thermal paste generally has better thermal conductivity than these materials, so there should be no problem with cooling. Some people say not to use thermal paste because typical thermal pastes are too runny and their flowability and viscosity are not specially optimized. The gaps between the small chips and the heatsink are too large, causing the paste to flow away easily. Therefore, it is important to use high-quality thermal paste. If you want to replace these materials with thermal paste, we recommend using our KOLD-01 thermal paste. Its flowability and viscosity are specially optimized to avoid this issue.
Thank you very much for making this video 💟
You are very welcome! We will keep on making tutorials like this! We're really glad that our tutorial or products might be of help!
no need background song, i think ur voice only is pretty good
Thank you for the sugestion! We will experiment and improve our videos!
Agreed with @dhruv9819 -
1 ) Makes sure you put thermal paste over IC Chips that have previously been covered!
2) Also as noted in the Video and this is a top priority, after takin battery connector off, make sure you hold the laptop power button for 15 second to discharge the laptop compoents!
3) Asus rog strix such as the G15 Advantage edition - when removing the vapour chamber you will see numbers next to the screws such as 1, 2, 3 4, what this means you must undo and redo in the correct sequence to make sure it is fitted properly!
Your suggestion is excellent and very professional.
@@koolingmonster Thank you
hi may i know what thickness of thermal pads should i used in rog strix g15
If you are referring to thermal compounds on CPU/GPU, compared to thermal pads, I suggest you choose thermal paste. Pads cannot fully adhere to the CPU because they are solid, so they cannot completely fill the tiny gaps between the CPU and the processor, whereas thermal paste can fully adhere. This difference makes thermal paste superior in heat dissipation
7:59 the plastic film thingy, do they have to he perfectly placed? What are they and can i remove it?
Hello! Are you referring to the plastic film on the RAM modules? This plastic film serves a protective function, so it's advisable not to remove it.
@@koolingmonster I think SonjTzu is referring to the plastic films on the corners of the heat sink where the fans are placed.
gracias, necesitaba este video
Glad to help you! Hope our tool-kit combo can help you solve your problem!
Why would you remove Liquid Metal for paste when it came with Liquid Metal..
In DIY situations, we recommend replacing the liquid metal with thermal paste. The failure rate of liquid metal is too high and prone to leakage due to tilting. Good thermal paste, like our KOLD-01 thermal paste, also offers excellent heat dissipation performance.
Is it ok to change from liquid to paste? Because my laptop came with liquid metal. And how long until I have to replace it again? Nice video btw very clear instructions
Of course, you can. As for the replacement interval, high-quality thermal paste can typically last 0.5~1 year, depending on usage and thermal conditions.
Feel free to try our KOLD-01 thermal paste. It’s different from the usual thermal pastes you mentioned. The main difference is that regular thermal pastes use a solvent-based formula, which evaporates when heated, causing the paste to dry out and lose its thermal conductivity. We use an exclusive solvent-free formula that perfectly addresses this issue. Therefore, it offers better thermal performance and a longer lifespan when used in laptops.
Use the Honeywell PTM7950. It's much much better than traditional thermal pastes. Lenovo lineups use this phase changing pad for CPU and GPU and their temps are low for a long time.
rip to this laptop. he didn't paste the ram of the gpu DDD
There won't be a problem because we did not remove the origional thermal putty on the vrams. The vrams produce less heat than the GPU chip and the original thermal putty will be able to handle it.
@@koolingmonsterbut just to be safe, can I use the same paste on the RAM and DDD?
@@anany1946No, use thermal paste or better yet, PTM 7950 for CPU & GPU and use a better quality putty like the Upsiren U6 Pro or UTP-8 for the VRMS and MOSFETS.
a que temperatura llega en turbo despues de ese cambio de pasta termica?
Después de cambiar la pasta térmica, la temperatura máxima alcanza alrededor de 92 grados
Mine sits at 92 -94, and never replaced the LM paste, I was getting worried if is ok or not to run at these temps