Best Thermal Paste Recommendations: Complete Guide to CPU and Laptop

Thermal paste is a small but crucial component in maintaining the performance of computers and laptops. Many users often ignore it, even though the thermal paste quality can determine the stability of the device’s temperature, especially when playing games, doing editing, or even overclocking. This article will discuss recommendations for thermal paste, comparisons of various popular brands, how to use, to care tips based on references from credible media.
The importance of thermal paste
Thermal paste or thermal paste serves as a heat conductor between the processor (CPU/GPU) and heatsink. Without this material, the micro gap on the metal surface will not be filled completely so that heat transfer is not optimal. As a result, the temperature of the processor can soar, causing thermal throttling, to shorten the life of the device.
According to detik, one of the causes of the laptop to heat up quickly is the thermal paste that has dried. Therefore, changing thermal paste periodically is an important maintenance step to keep the temperature stable.
Important Keywords in the World of Thermal Paste
Some terms that need to be understood when choosing thermal paste include:
Thermal Conductivity (W/MK): Measuring the ability of paste to conduct heat. The higher it is, the better.
Non-conductive electrical vs conductive: Non-conductive paste is safer for beginners to use because it does not conduct electricity.
Liquid Metal vs Thermal Paste: Liquid metal offers higher performance, but is more risky due to electrical conductive.
Use period: Most thermal paste has an effective life of 2–3 years before it dries.
Popular Thermal Paste Recommendations
Based on Tom’s Hardware reviews, there are dozens of thermal paste products that have been tested with the results of strict temperature measurements. Of the hundreds of samples, several brands stand out because of the balance between performance, price, and ease of application.
Here are the best thermal paste recommendations commonly available in Indonesia:
| Product name | Conductivity (w/mk) | Advantages | Deficiency | suitable for |
|---|---|---|---|---|
| Arctic MX-4 | 8.5 | Cheap, stable, non-conductive electrical | Slightly less performance than high-end | Laptop & Daily PC |
| Arctic MX-6 | 12 | Long lasting, international awards | Price is higher than MX-4 | Gaming & Editing |
| Thermal Grizzly Kryonaut | 12.5 | Excellent performance, popular for OC | The price is relatively expensive | Overclocking & Enthusiasts |
| KINGPIN KPX | 11 | popular with overclockers | Hard to find in local market | Competitive OC |
| Deepcool Z5 | 1.46 | Cheap, easy to apply | standard performance | Pemula & laptop biasa |
| id-cooling frost x25 | 10.5 | Affordable price, high conductivity | Not as popular as other brands | MID-RANGE PC |
| Liquid Metal (Conductonaut) | >70 | highest performance | Very conductive electrical, risky | OC Extreme & Experiments |
According to Tech4Gamers, the Arctic MX-4 is one of the best options for users with a limited budget, because the performance is quite close to premium pasta but more pocket-friendly.
Thermal Paste vs Thermal Pad
Some people may ask: is it better to use thermal paste or thermal pad?
Thermal paste: Suitable for CPUs and GPUs because they are able to fill the micro gaps well.
Thermal Pad: More practically mounted on components with a wide surface, such as VRAM or motherboard chip.
For processors, the main recommendations still use thermal paste because the efficiency is much better.
Liquid Metal vs Ordinary Thermal Paste
Liquid metal is often a hot topic among overclockers. With a conductivity of more than 70 W/mk, the performance is well above the usual thermal paste. However, because it is electrically conductive, this liquid can cause a short circuit if not applied carefully.
According to Tom’s Hardware, Liquid Metal does provide maximum cooling, but it is only recommended for experienced users who understand the risks.
how to apply thermal paste
Applying the right thermal paste is very important for maximum cooling results. Here are the simple steps:
Turn off the device and remove the heatsink or fan.
Clean the remaining old pasta using 70–90% isopropyl alcohol and a microfiber cloth.
Drop a new paste in the middle of the CPU (bean seed size).
Replace the heatsink with even pressure.
Check device temperature using monitoring software (HWMonitor, Coretemp).
Based on the tips from seconds, the user’s common mistake is to give pasta too much or too little. Make sure the amount is just right so as not to interfere with heat dissipation.
Lifetime and care
Thermal paste is generally effective for up to 2-3 years, depending on the quality and use of the device. For gaming laptops that are often hot, replacement can be done more often.
The signs of thermal paste need to be replaced:
CPU/GPU temperature rises suddenly.
Laptop or PC heats up quickly even if it’s just a light activity.
The fan rotates faster than usual.
Recommendations based on need
daily use & Office Laptop: Arctic MX-4, Deepcool Z5.
Gaming & Editing: Arctic MX-6, ID-Cooling Frost X25.
Serious overclocking: Thermal Grizzly Kryonaut, Kingpin KPX.
Extreme OC (experienced): Liquid Metal (conductonaut).
According to local reviews on Carisignal and Gamebrott, brands such as Thermal Grizzly and Arctic are more sought after by Indonesian gamers, while Deepcool is easier to find in computer stores at affordable prices.
Conclusion
Choosing thermal paste does look trivial, but it has a big impact on the performance and durability of the device. For daily users, the Arctic MX-4 or DeepCool Z5 is enough. For gamers and content creators, the Arctic MX-6 or ID-Cooling Frost X25 can be the right choice. As for overclockers, the Thermal Grizzly Kryonaut is still a favorite.
Based on the results of Tom’s Hardware testing and Tech4Gamers recommendations, the best thermal paste always depends on needs: whether for normal use, heavy gaming, or extreme overclocking.
Most importantly, don’t forget to change the thermal paste regularly. That way, the device will continue to work stable, durable, and avoid the risk of overheating.
Reference:
- https://www.tomshardware.com/pc-components/cooling/thermal-paste
- https://tech4gamers.com/i-tested-8-thermal-pastes-here-are-the-results/
- https://www.arctic.de/en/products/cooling/thermal-pastes-pads/
- https://www.detik.com/jateng/berita/d-7399500/8-tips-mengatasi-laptop-yang-cepat-panas-dengan-efektif
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