“Check out those temperatures. I feel like my PlayStation is lava.”
I was at my friend’s place, and it all started when suddenly his PlayStation shut down. He was panicking and troubleshooting everything he came across. But the actual problem was the thermal throttling.
Apparently, he’s not alone because this wonderful event takes place everywhere. It could be you in the next moment if you are not doing a decent thermal paste session with your PS4. But, here’s the problem, what thermal paste should you use?
Hey, I am here, right? You do not need to panic at all. I will be summarizing all the best thermal pastes for PS4. Before that, I would love to pen down all the necessary points and why you need to do a repasting session as soon as possible.
We all understand the need for having a working thermal paste because our components tend to get hotter after a couple of years. Well, there’s a standard markup for when to use the thermal paste.
Usually, people are required to change their old paste within six months. It’s because the soaring temperatures disrupt the paste and leave it non-functioning; hence, causing further high temperatures issues.
Today, we will be focusing on the best thermal paste for PS4 because the latest AAA titles significantly stress the device. You need a way to reduce the temperature, and it’s only possible if you are doing a decent repasting session.
It’s worth mentioning that the AMD processors tend to run hotter than others because of the architecture used. PlayStation 4 uses the AMD processor, which consists of dual 28nm quad-core jaguar modules, making a total of 8 x86-64 cores.
On top of that, your PS4 also makes use of 8GB GDDR5 VRAM for rendering objects correctly on the screen. Now imagine running these components in an enclosed case. What will happen? You do know what will happen!
To make things easy for you, we have brought a simple thermal paste comparison guide that will focus on the repasting methods and what thermal products to root for.
What are the different forms of thermal pastes?
It’s very important to select the thermal paste which will work best with your PlayStation 4. With recent advancements in technology, there are multiple types of thermal pastes in the market.
The most used one is the liquid metal paste, which is efficient and best for dissipating heat. But here’s the problem. Liquid metal is not a child’s play. It takes a professional to set up the paste accurately and correctly since liquid metals tend to be conductive.
If spilled on your processor or any components, it will release a burst of sparks, which will inherently damage the component. So, if you are planning to buy a liquid thermal paste, pay heed to the instructions.
There’s another thermal paste that uses ceramic material. These types of thermal pastes are easy to apply. Usually, ceramic pastes are available in two different colors: grey or white. For the composition of the paste, ceramic uses a combination of silicon and other substances, making it easy for amateurs to apply the paste over the components. It becomes important for you to look for the best thermal paste for ps4 pro.
Without any further ado, let’s begin the guide to finding the best PS4 thermal paste.
List of 5 Best ps4 Thermal Paste
|Noctua NT-H1|| |
|Check on Amazon|
|Arctic MX-4 Thermal Compound|| |
|Check on Amazon|
|Arctic Silver 5|| |
|Check on Amazon|
|Thermal Grizzly Conductonaut Liquid Metal|| |
|Check on Amazon|
|Thermal Grizzly Kryonaut|| |
|Check on Amazon|
Noctua is known for pitching in cooling components and devices, especially the Noctua Fans. This time, Noctua has made a home run by bringing a fabulous thermal paste: It’s a Noctua NT-H1.
The reason it took the first spot is because of its withstanding thermal conductive properties. Also, the thermal paste comes in a standard package with all the labels and manuals attached behind. You can give a sneak peek at the features and how-to-apply guide. Follow the mentioned instructions, and you are good to go.
The Noctua NT-H1 is a thermal paste from ceramic, which means it will dry quickly; hence you will need to fix the heatsink over the component after application immediately. From the recently published data, it can be easily concluded that the Noctua NT-H1 has a better performance and high-quality thermal paste that saves you from the hassle of re-application for at least a year or so.
The thermal paste is easy to use to top it off since it’s a non-conductive paste. It means that you don’t have to worry about your components getting damaged after applying.
As for the temperatures, there’s always a significant drop, maybe around 10% from the previously recorded temperatures. Let’s say before application, the temperatures were around 80 degrees. Now, after the application, it will drop down to shining 70 degrees. That’s awesome, isn’t it?
On top of that, the paste doesn’t cost you much, hence making it the best budget-friendly thermal paste for PS4 Pro.
- Powerful paste
- Uses liquid metal
We all know how performative and exceptional Arctic thermal compounds are. Well, Arctic MX-4 is no different in terms of pitching in a simple cooling solution.
A couple of years ago, Arctic maid MX-2, which turned out to be the best cooling solution for chipsets like CPU, and GPU. They kept on incrementing the product, and today we have Arctic MX-4, which is the father of thermal pastes.
It comes in a standard package with all the written information to follow. Simply read the instructions, and you are ready for application. It’s worth mentioning that the paste comes in a syringe that needs to be handled with care; otherwise, the content might spill out.
It’s true that the paste needs to be refurbished because it lags in competition, but it doesn’t mean it’s a reason to boycott it altogether. Yes, it performs well **as** compared with pastes like Gelid GC-Extreme, and probably even better than other cheap products.
It’s worth mentioning that the paste is cheap and does not cost you an arm and a leg. Pastes like Grizzly are heavily leaning towards the expensive price tags, making them inaccessible to the majority of the people.
In addition to that, when we talk about the spreading properties of a paste, we mean how long it does take from an applied over the paste to ground itself properly. For the Arctic Mx-4, it takes a little longer.
You need to wait for at least 10-15 minutes before you seat the heatsink over the chip. The best part about using Arctic MX-4 is that you don’t have to worry about electrical conduction since it does not use liquid metal. All in all, It’s a decent choice for your PlayStation 4.
- Do not use liquid metal.
- Lags behind flagship products
Here’s to my baby paste! Arctic Silver 5 is one of the most renowned pastes. In my opinion, the paste has better cooling properties and helps your processor/GPU to calm down. When we use the same paste for the PS4 application, it makes more sense because PS4 is enclosed and has little to no breathing room, hence the apparent reason for escalated temperatures.
When we applied Arctic Silver 5, we saw a considerable drop in the temperatures around 7%, which is huge. For the properties of Arctic Silver 5, it’s a high-density micronized silver paste that uses enhanced thermally conductive ceramic particles.
From the recent reports, many users reported stable performance after the application, thus, making it another top-tier thermal paste in the list.
Moreover, the paste makes use of 99.9 pure silver particles, which makes the conduction paramount. We all know metals are a good conductor of heat; silver is no different. On top of that, the paste has over 88% thermally conductive filter, which allows the paste to retain its life for a longer period.
Did I mention the sub-compounds in the paste? Well, Arctic Silver 5 also uses Sub-micron zinc oxide, boron nitride, and aluminum oxide particles, which makes the paste more performative. It just doesn’t end here. The paste also uses advanced polysynthetic oils, which work together to create a long-lasting cooling solution.
It’s worth mentioning that the paste thickens on average for the next 50-200 hours, which means you will not be required to change the paste frequently. Not to forget, the packaging contains all the instructions that need to be followed and has a cute little syringe.
Make sure you only use a limited drop of paste since it has withstanding spreading properties. The paste will itself spread over without needing to use a spreader. Last but not least, the paste isn’t electrically conductive; hence, no need to be worried about paste spilling.
- Micronized silver particles
- Uses different combination for withstanding cooling solution
- Has a 99% confidence level of success
We came across that thermal grizzly Conductonaut is an exceptional thermal paste. The reason it fell below the ranks is nothing but its price tag. Well, Conductonaut makes use of alloy particles that help in lowering the soaring temperatures. Its predecessor, Kryonaut, is another exceptional candidate with the best cooling power.
Anyways, it’s worth mentioning that the paste contains a good proportion of gallium metal, Tin, and indium that pitch in high thermal conductive properties.
With this thermal paste, even the tiny pores and fissures can be filled on the heatsink. Well, the only downside for using the Conductonaut is its use of metal liquid. As I mentioned before, liquid metal can cause the ultimate death of your system if spilled accidentally on any metal component.
You need to get a pair of professional hands to apply the thermal paste carefully. It’s also true that metal liquids are more thermally active than non-metal pastes, but everything comes at a price and tradeoffs that you need to address.
Nonetheless, Grizzly Conductonaut is superb and fantastic. It was recorded that there was a decent decrease in temperatures, that too around 20%. That’s a significant figure, to be honest.
Moreover, the package puts everything at one’s disposal, making it easier for you to apply the thermal paste with minimized spilling. All in all, Conductonaut is a fantastic paste that will work like a charm for years to come.
It enables you to change the paste less frequently. Well, what are you waiting for? Try it…
- Uses gallium, Tin and other metals
- Uses withstanding thermal solution
- Have liquid metal for conduction
- Extremely Expensive
- Needs to be handled with care (liquid metal)
I would recommend going for Thermal Grizzly Kryonaut since it’s one of those compounds that systematically follows a balanced criterion. It’s not cheap, neither expensive. On top of that, it pitches in an amazing cooling solution without creating chaos.
Additionally, Grizzly Kryonaut is recognized as the best thermal paste for PS4 because of its compatibility with a higher frequency clock.
Yes, even if your PS4 is in boost mode, the paste will not wear off. That’s incredible, isn’t it? It’s also worth mentioning that the thermal paste entails excellent conductivity and long-term stability.
Did I mention that the paste is safe from any electrocution? Yes, Kryonaut does not use any metal linings inside the paste, which means even if spilled, there will not be any electrical damage to the other components.
All in all, Kryonaut is a decent paste that brings in a perfect cooling solution at an affordable price.
- Use non-electrically conductive particles.
- Lacks durability
I believe choosing a thermal paste can be a difficult process in itself. There’s so much to consider before proceeding to the checkout. But I hope this guide conveys the hidden trick behind the cherry-picking process of thermal pastes.
If you ask for my recommendations, I would say it’s always better to root for Grizzly thermal pastes if you do not care about price tags. Otherwise, Arctic Silver 5 all the way long.
If you think something amiss with the article, feel free to pitch in your two cents in the comment section. I’m always open to suggestions.
Hey, I’m Muhammad Bilal. I’m a tech fanatic (also read: Gamer), who loves scrutinizing fine details. I aim to strive hard in my respective fields (as a writer and software programmer). Before pursuing my majors in a university (right now in A-levels), I want to spend time exploring and reviewing the latest technology.