Thermal paste 2022: Best Thermal Paste for CPUs 2023: 90 Pastes Tested, Ranked

29 августа, 2023

Arctic MX-6 Thermal Grease to Replace Storied MX-5

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(Image credit: @momomo_us/Twitter)

Update 09/22/2022 3:00 pm PT

Amazon Germany has listed the Arctic MX-6 for a whopping price of €28.75 ($23.76 without VAT) per 4 grams.

Original Article

Arctic’s MX-series thermal compounds are among the most popular, among PC builders, and the company’s MX-5 is widely considered the best thermal grease that it produces. But earlier this week MX-5 status was changed to end-of-life at the company’s website (as discovered by @momomo_us) as apparently it is readying all-new MX-6 thermal paste.  

The biggest surprise is that Arctic discontinues its MX-5 just about 1.5 years after its launch in early 2021 and weeks before AMD and Intel are set to start selling their Ryzen 7000-series ‘Raphael’ and 13th Generation Core ‘Raptor Lake’ processors with increased maximum processor power. Yet, two images of the Arctic MX-6 packages posted by @momomo_us, a high-tech leaker with a good reputation, indicate that the new thermal grease is incoming. 

Arctic’s MX-5 thermal grease is comprised of aluminum oxide, aluminum powder, aluminum nitride, polydimethylsiloxane, magnesium oxide and boron nitride. The paste consists microparticles which fill cavities on the surface of CPU heat spreaders as well as cooler bases. Thermal conductivity of the MX-5 is 8.5 W/m-K and it has a temperature range between -40 and 180 degrees Celsius, which essentially means that it’s not designed for extreme overclocking. It has a viscosity of 550 pascal seconds, which is below that of MX-4, but it is still easy to apply. 

(Image credit: @momomo_us/Twitter)

Arctic introduced its MX-5 in 2021, but its thermal conductivity did not change from MX-4 launched in 2019. While 8.5 W/m-K is not bad compared to cheap and mainstream thermal greases, it is considerably below thermal conductivity of market leaders like Thermal Grizzly’s Kryonaut and Kryonaut Extreme that are designed with extreme overclockers in mind. In general, the MX-5 shoed very good performance under normal conditions, according to our rating of the best thermal pastes for CPUs around, but it looks like Arctic has something better, which is why it replaces the MX-5 while keeping the MX-4 afloat. 

Arctic’s MX-5 did not replace the MX-4 and the two pastes continued to co-exist up until recently, even though the new one often performed better than its predecessor. By contrast, the MX-6 actually replaces the MX-5. 

We don’t yet know exactly what to expect from  MX-6, but our hunch tell us that this will be a yet another all-around performer from Arctic, but perhaps designed to better suit the upcoming CPUs from AMD and Intel. In any case, the new thermal grease should be available shortly, so we are going to find out soon enough.

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Anton Shilov is a Freelance News Writer at Tom’s Hardware US. Over the past couple of decades, he has covered everything from CPUs and GPUs to supercomputers and from modern process technologies and latest fab tools to high-tech industry trends.

The Best Thermal Paste for your needs (Beginner’s Guide)

TABLE OF CONTENTS

1

Every PC enthusiast knows that a cool PC is the best PC.

Low CPU temperatures cool, – mind you – not a PC wearing boot-cut jeans and leather jackets although cool-looking PCs are getting more important by the day.

It’s crucial that the Processor doesn’t overheat as that will decrease its longevity and more importantly: its performance.

You paid a pile of cash for that CPU, right? You want it to perform the best it can.

Some CPUs might come with a Cooler and Thermal Paste, but it’s no secret that getting a stronger Third-Party Cooler with some premium Thermal Paste is the way to go for the best performance.

So, how do you keep your CPU nice and cool even when doing some heavy-duty gaming or work on some crazy complex projects?

A part of the answer is: Thermal Paste.

Of course, there are case fans, CPU-radiators, and case airflow that are hard at work too, but all that heat your CPU generates would have a hard time dissipating if it couldn’t be transferred away from the CPU’s heat spreader.

It’s challenging to find the perfect Thermal Paste for your system because:

  1. There are a gazillion choices
  2. Doing some testing of different pastes on an expensive system is time-consuming and often – risky

We’ve done the research and testing for you to make sure you don’t have to invest any of your time or money and risk damaging your own system.

Here we go. Let’s start like this:

What is Thermal Paste? How does it work?

Thermal Paste is a heat-conductive paste that you apply between e.g. your CPU and the CPU Cooler’s heat sink.

You can also put it between other components like a GPU and its cooler or a Chipset and its cooler.

So why the heck are we messing up our components with paste?

Well, the CPU creates a crazy amount of heat, which has to be taken away continuously if we don’t want it to overheat.

The CPU Cooler that sits on top of the CPU is really good at spreading heat across a large surface area (with the heat sink – the big clunky part of metal) and the CPU Fans on the heat sink blow the heat away from the heat sink, allowing cool air to take its place.

Thermal paste fills in the gaps between the cooler’s heatsink and the CPU’s heat spreader

The problem though is, the heat from the CPU has to somehow get from the CPU onto the heat sink. The CPU and heat sink touch, but they don’t perfectly touch.

Modern CPUs, Heat sinks, and CPU coolers have minor imperfections on their surface that may trap air between them, and decrease the overall performance of the heat sink/cooler.

Thermal Paste fills in these surface-imperfections so the heat conduction is as efficient as possible.

Heat conduction is the process that takes heat from the component that’s generating it and transfers it away from the component onto another object like a heat sink which is much better at getting rid of the heat.

As you might’ve learned in Science class, air isn’t really good for conducting heat (not as good as copper or aluminum), so you want to make sure that there’s no trapped air between your CPU and the heat sink.

Now, let’s see what types of thermal pastes you should know about:

Types of Thermal Paste

There’s no one Thermal Paste for everyone, instead, it’s all about the type of PC you have.

And, yes: The skill level you possess in terms of application.

Some pastes are difficult to apply which means they are not necessarily suitable for beginners and have a high risk of part-damage.

If you are a beginner then you’ll want to avoid Liquid-metal pastes as they are made with micro-metallic particles that are electrically conductive.

This means even a small drop spilled on your processor’s pins or motherboard can short circuit the entire system.

We definitely don’t want that.

It’s better to stick to ceramic-based pastes if you are not entirely confident in applying the thermal paste to your CPU.

Ceramic-based pastes are thicker pastes made up of a ceramic powder and silicone solution.

They don’t conduct electricity which makes them the safest option for novices.

Finally, there are Carbon-based thermal pastes that claim to offer the best of both worlds: Superior heat transfer and foolproof application.

Carbon-based thermal pastes do not conduct electricity at all, so you don’t have to worry about an immaculate application as a little spill here and there wouldn’t hurt the system as much.

On top of that, Carbon-based paste conducts heat just as well as metal-based ones and keeps your CPU temperature in check.

How to Apply Thermal Paste?

When applying thermal paste, you want to use one of the many techniques that also depend on the kind of paste you have. A thick paste requires a different application technique than a thin paste, so it all boils down to the kind of paste you have.

Image-Source: Arctic

There’s no one true method to apply thermal paste, as everyone uses a different technique. I personally just put a small pea-size amount on top of the CPU and push the heat sink down on it to spread it evenly across the surface

Some people prefer spreading it with a card, or some other tool as if they were spreading butter on a toast.

The application process also varies depending on the type of CPU, as some CPUs like the AMD Threadripper have a much larger surface area than others.

Here’s a great guide by GamersNexus on different ways to apply Thermal Paste and the performance difference you can expect (if any).

How Long Does Thermal Paste Last?

Even though most manufacturers will tell you that thermal paste will last for 4-5 years in its tube, the normal shelf life of your average thermal compound is usually just 2-3 years.

The reason is that thermal paste dries out over time. So, in most cases, it’s better to buy a lower quantity of paste that you’d use up quickly.

Apart from the shelf life, the life of each thermal paste applied to a CPU or other component also varies depending on the type of paste you are using.

High-end pastes can maintain their efficacy for up to 7 years while low-end manufacturers recommend replacing their thermal compounds every 2 to 3 years.

We take a closer look at the lifetime of Thermal Paste in this article.

The Right Thermal Paste for You

If you’ve made it this far into the article then you probably already have some idea of what kind of thermal paste you want.

If you are looking for a thermal paste that is foolproof and easy to use then a Ceramic-based or Carbon-based thermal paste is the way to go; however, if you are feeling adventurous and want a more efficient paste, then Liquid-metal based pastes are a good choice.

I’ve laid out some of the best thermal pastes in each category so you can choose one that best suits your needs.

Best Ceramic-based Thermal Paste – Gelid GC-Extreme

This has to be one of the best Ceramic-based thermal compounds on the market. It’s completely safe to use and it won’t damage aluminum.

Even though it has a low-conductivity rating on paper which is 8.5W/mK, it still manages to deliver a similar performance as the more expensive Thermal Grizzly Kryonaut which has a conductivity rating of 12.5W/mK.

Image-Source: Gelid

Gelid GC-Extreme Specifications

  • Easy to apply
  • Ceramic-based
  • Conductivity Rating: 8. 5W/mK
  • Electrically non-conductive

On top of that, the Gelid GC-Extreme is very easy to apply as it spreads smoothly and even a beginner can use it without any worries. If you are looking for a reasonably priced Ceramic-based thermal compound then this is the right choice.

Other ceramic-based thermal compounds that deliver similar performance are Thermal Grizzly Kryonaut, Arctic Silver Ceramique, Cooler Master High-Performance Thermal Paste, and Corsair TM-30.

Best Carbon-based Thermal Paste – Arctic MX-4

Carbon-based thermal compounds too are safe to use and easy to apply.

In my opinion, the Arctic MX-4 is one of the best carbon-based compounds currently on the market.

The Arctic brand is known for offering some of the best thermal grease products, and the MX-4 stays true to the name.

Image-Source: Arctic

Easy applicationArctic MX-4 Specifications

  • Carbon-based
  • Conductivity Rating: 8. 5W/mK
  • Low-viscosity
  • Electrically non-conductive

It has a conductivity rating of 8.5 W/mK and does not contain any metal particles, so you won’t have to worry about minor accidental spills.

Other notable carbon-based thermal compounds include the Noctua NT-h2 and Thermalright TF-4. However, compared to its competition, the Arctic MX-4 is the top choice with its reasonable price-tag and high-performance.

Best Liquid-metal Thermal Paste – Arctic Silver 5

Image-Source: Arctic

Arctic Silver 5 Specifications

  • High-performance
  • Liquid-Metal Base
  • Electrically non-conductive, but very slightly capacitive
  • Conductivity Rating: 8.9W/mK

The Arctic Silver 5 is a high-density paste, so it might be a bit difficult to apply.

Additionally, as you might’ve already guessed from its name, the Arctic Silver 5 is composed of 99.9% pure micronized silver but luckily, it is non-electrically conductive.

It provides one of the best cooling for your CPU, as long as you are comfortable with its comparatively difficult application process.

The fine silver particles are an excellent heat dissipator, so you can expect superior thermal conductivity.

Although the Arctic Silver 5 is non-electrically conductive overall, it can still cause short circuits due to the tiny silver particles, so be careful when applying the paste, and clean it up thoroughly if you spill some on the motherboard.

Other notable Liquid-metal Thermal compounds are Thermal Grizzly Conductonaut and Coollaboratory Liquid Ultra.

Thermal Paste Alternatives

Need an alternative to Thermal Paste? I’ve got you covered.

The best thermal paste alternative is a thermal pad. These are a great option for both beginners and veterans. They are safe to use and leave no mess after application.

Thermal Pad as an alternative to Thermal Paste – GamersNexus

Thermal pads are basically a thin sheet you place on top of your CPU, and it does the same thing as thermal paste.

Best of all, you can even reuse these pads, but keep in mind that these are not meant for extreme cooling, so you shouldn’t expect the performance of an Arctic Silver 5 or Noctua NT-h2.

How to Clean Thermal Paste off the CPU?

If you just took a processor out of its box then it wouldn’t have any old paste residue on its heat spreader; however, if you want to re-apply thermal paste to your old CPU, you’ll have to clean off the previous paste.

Removing thermal paste is no Rocket Science, all you have to do is scrape it off. Use a paper towel, a card, or a scraper to get rid of the residue. Make sure that the surface of the CPU is completely clean before applying a new paste.

Take care not to bend any of the CPU’s Pins and only hold it at its edges.

Conclusion – Choosing The Right Thermal Compound for Your CPU

The Gelid GC-Extreme performs almost as well as some of the top thermal pastes on the market, but at a fraction of the cost. If you want to save some cash but don’t want to sacrifice much performance then the Gelid GC-Extreme is the perfect fit for you.

The Arctic MX-4 is a perfectly good alternative if you prefer a carbon-based thermal compound. It has a longer shelf life and offers similar performance to other electrically non-conductive thermal compounds.

The Arctic Silver 5 is definitely one of the best thermal compounds, but you’ll have to be a lot more careful when applying this one, as it’s a liquid-metal paste and may short your machine.

That’s about it from me! What kind of Thermal Paste are you buying?

CGDirector is Reader-supported. When you buy through our links, we may earn an affiliate commission.

15 Best Thermal Greases — Ranking 2023

15 Best Thermal Greases — Ranking 2023

Thermal grease is a thermally conductive chemical compound needed to transfer heat from a heat sink device to a cooling surface. On the modern market of goods, there are many types of thermal pastes with different characteristics and qualities. Before buying, you should not only understand which type and for what purpose you need it, but also consider the most interesting options for the ratio of various parameters. It often happens that buyers puzzle over which model to choose when the market offers similar functions and composition. In this article, we will select the best thermal pastes for all possible use cases.

Main selection parameters:

  • Quality and composition
  • Shelf life and consistency
  • Price

Quality and composition

9 0002
Obviously, the main option of thermal paste is functionality, which directly depends on the quality and composition of the paste. The so-called «silicone» pastes are quite non-functional, as they dry out quickly. It is better not to take options with aluminum shavings — the risk of a short circuit is high. A good chemical composition of the paste will protect your device from unnecessary problems and last a long time.

    Shelf life and consistency

    Traditionally, there are three types of thermal pastes: liquid, thick and medium density. This does not affect the price, they rather serve for different purposes. However, a paste that is too thin will not create the desired adhesion, and a paste that is too thick may clump. The shelf life must be taken into account in all products with a chemical composition, and this is no exception — the ideal shelf life for thermal pastes is 3 years.

      When comparing options and trying to figure out which thermal paste to choose, the price of the product should also be taken into account. There is no guarantee that expensive thermal paste will do its job better than budget ones. And although it cannot be said that the options presented in stores are very different, overpaying extra money for low-quality goods can be evidence of an unsuccessful purchase.

        Ranked today:

        • 1. HY syringe 2 g / HY-510 2 g

          9

        • 2. Gembird FreOn Special GF- 11 5 g

          Find out where is the cheapest >>>

        • 3. GD900 7 g

          9 0043

          Find out where it’s cheapest >>>

        • 4. Gembird FreOn Ultra GF-21 3 g

          050

        • 5. AeroCool COG 2g

          Find out where it’s cheapest >>>

        • 2 Find out where it’s cheapest >>>

        • 7. Phobya NanoGrease Extreme 3.5 g

          049

        • 8. Zalman ZM-STC9 4G

          Find out where it’s cheapest >>>

        • 9. ID-COOLING ID-TG05 1.5g

          Find out where it’s cheapest >>>

        • 10. Thermalright TF8 5.8g

        • 11. Zalman ZM-STC7 4g

          Find out where it’s cheapest >>>

        • where it is cheapest >>>

        • 13. Zalman ZM-STC8 1.5g

          0049

        • 14. STEEL Frost Zinc STP-1 1, 5 g

          Find out where it’s cheapest >>>

        • 15. Noctua NT-h2 3.5

          Find out where it’s cheapest >>>

          • 1. HY syringe 2 g / Thermal paste HY-510 2 g / Thermal paste.

          Supplied as a 2 gram syringe with paste inside. A cap with a screw cap made of sufficiently dense plastic protects against leakage. The paste itself is grey. It is made on a silicone basis therefore there is a risk of fast drying. However, the price is quite democratic, because of the base component or because of the relatively low electrical density — up to 6.0 MV / m. The consistency of the paste is excellent: not too thick, but not too liquid, it is well applied and does not spread.

          HY syringe 2g

          PROS AND CONS

          • Consistency.
          • Easy to use.
          • Availability.
          • Silicone base.

          HY Syringe 2g

          2. Gembird FreOn Special GF-11 5g Spatula Syringe

          Thermal paste in 5g syringe (also available in 1.5g version). The syringe is plastic, strong enough, with a cap to prevent leakage. The kit comes with a spatula for application, which is very convenient to use. The spatula and syringe do not connect in any way, and it is small enough in size, so there is a risk of losing it at the bottom of the tool box. The thermal paste itself is white, with a low thermal conductivity — 2. 5 W / (m K), which suggests that it has a ceramic base. The operating temperature of the model is quite extensive — from -30 to 300 degrees, and the service life is only 12 months, with a shelf life of 5 years.

          Gembird FreOn Special GF-11 5 g spatula syringe

          PROS AND CONS

          • Ease of application.
          • Complete set.
          • Operating temperature.
          • Service life.

          Gembird FreOn Special GF-11 5 g spatula syringe

          3. GD900 7 g

          Presented in a fairly large amount of 7 grams. The packaging is quite standard, the lid provides protection against the flow of mass. The consistency is quite dense, stable. The composition is based on silicone, as well as 20% metal oxides, but the nature of this metal is not indicated. There is a risk that the laptop will short out, so not the best option for computers. But for alternative needs for high thermal conductivity, it is perfect — thermal conductivity is 4. 8 W / mK, and the temperature range is from -50 to +240.

          GD900 7 g

          PROS AND CONS

          • Thermal conductivity and thermal performance.
          • Decent size.
          • Availability.
          • Not found.

          GD900 7 g

          4. Gembird FreOn Ultra GF-21 3 g spatula syringe

          syringe complete with spatula. The operating temperature is the same: from -30 to 300 degrees, but the thermal conductivity is almost twice as high — 4.63 W / (m K). Due to this, the price is slightly increased and the shelf life is reduced to one year. At the same time, the service life remains the same — it is better to replace the thermal paste after a year.

          Gembird FreOn Ultra GF-21 3 g spatula syringe

          PROS AND CONS

          • Thermal conductivity.
          • Complete set.
          • Difficult to apply via syringe.

          Gembird FreOn Ultra GF-21 3 g Spatula Syringe

          5.

          AeroCool COG 2 g Spatula Syringe

          Paste in syringe with a very strong screw cap that minimizes the risk of leakage. The volume is small — only 2 grams, but the technical characteristics are pleasing: high thermal conductivity of 8.50 W / (m K), a spatula for application in the kit and excellent temperature conditions, a run-up from -30 to 280 degrees. Shelf life of 5 years, long enough for such formulations. Perhaps this is achieved due to the silicone base — the risk of drying becomes lower. But most of the composition is occupied by metal oxides. A good option for those who need thermal paste with high thermal conductivity.

          AeroCool COG 2 g spatula syringe

          PROS AND CONS

          • Specifications.
          • Good shelf life.
          • Easy application.
          • None.

          AeroCool COG 2 g paddle syringe

          6. Iceberg Thermal BLACKIce 7 g

          Syringe with 7 grams of classic white paste. The packaging is non-standard — the syringe is oblong, which ensures a fairly uniform extrusion to the surface. The flow assurance is not as powerful as other options. The paste itself is quite thick, but does not go lumpy when applied. Thermal conductivity is very high — 11.25 W / mK, which means that heat transfer occurs optimally. The amount of mass in the package should not be alarming, since the shelf life of the paste is 5 years and it will last for several uses.

          Iceberg Thermal BLACKIce 7g

          PROS AND CONS

          • Practical to use.
          • Thermal conductivity.
          • Good volume.

          Iceberg Thermal BLACKIce 7 g

          7. Phobya NanoGrease Extreme 3.5 g Spatula Syringe

          Standard syringe package with tight cap. From pluses of a complete set — a spatula in a set. The volume, of course, is small — only 3.5 grams, but the technical characteristics are worthy: a very high thermal conductivity of 16 W / (m K), one of the best in the ranking. The viscosity is quite high — the paste is thick and dense, but it does not spread when applied and lays down well. Very good option, but be aware of the rather high price. The shelf life is long — 5 years, but the standard service life is 1 year.

          Phobya NanoGrease Extreme 3.5 g spatula syringe

          PROS AND CONS

          • Specifications.
          • Expiry date.
          • Complete set.
          • Expensive.

          Phobya NanoGrease Extreme 3.5 g Spatula Syringe

          8. Zalman ZM-STC9 4 g Syringe

          Suitable for different application needs and locations. Paste in a syringe with an indicator of the remaining volume, which is very convenient. White in color, with good density and the possibility of comfortable application, as it does not spread and does not crumple. Thermal conductivity high — 9.1 W / (m K), but the temperature regime is below standard indicators, since the upper threshold is only 150 degrees. The volume of 4 grams, combined with the price, makes this option not the most profitable. Plus, the expiration date of 5 years is also sent.

          Zalman ZM-STC9 4 g syringe

          PROS AND CONS

          • Thermal conductivity.
          • Expiry date.
          • Nice texture.
          • Overpriced.

          Zalman ZM-STC9 4 g syringe

          9. ID-COOLING ID-TG05 1.5g Syringe

          Excellent single application thermal compound. The volume is only 1.5 grams, the paste is in a classic syringe with a plastic cap, initially protected by plastic packaging from external damage. For such a price, it has good thermal conductivity — 5.15 W / (m K), as well as a temperature regime from -30 to +280 degrees, which is quite standard. Sufficiently dense and viscous version, denser than standard. In the pros, one can single out a good safety of the material: it does not dry out and remains when applied for a long time. Shelf life — 5 years.

          ID-COOLING ID-TG05 1.5 g syringe

          PROS AND CONS

          • Thermal conductivity.
          • Good shelf life.
          • Affordable price.
          • Volume.

          ID-COOLING ID-TG05 1.5g Syringe

          10. Thermalright TF8 5.8g Spatula Syringe

          Thermal paste with excellent performance and value for money. Thermal conductivity is one of the highest in the ranking — 13.8 W/(m K). Absolutely unique temperature range from -220 to +380 degrees, the highest possible temperature. Includes spatula for application. But the volume is small — 5.8 grams, although there is an option for 12.8, the cost of which is obviously higher. The paste is very thick, for some users even too much.

          Thermalright TF8 5.8g paddle syringe

          PROS AND CONS

          • Thermal conductivity.
          • Temperature control.
          • High quality.
          • Overpriced. Zalman ZM-STC7 4 g syringe The packaging is classic for this brand — with a tight-fitting lid and a pasta quantity determinant. The standard volume is 4 grams. Thermal conductivity 7. 2 W/(m·K), high enough for different needs. The color is gray, the consistency is quite dense, but uneven — at the first extrusion, the mass is too liquid. The temperature regime is not very high — up to 150 degrees, but, in general, it does its job.

            Zalman ZM-STC7 4 g syringe

            PROS AND CONS

            • Thermal conductivity.
            • Service life (year).
            • Volume.
            • Uneven consistency.

            Zalman ZM-STC7 4 g syringe

            12. Arctic MX-4 2 g syringe

            Thermal grease with carbon particles, a big plus for use in computers and laptops — the risk that a short circuit will occur or the computer will stall is minimal. This is reflected in the quality of the paste — it will not dry out ahead of time. Density is standard. The thermal conductivity is quite high — 8.5 W/(m K). Of the minuses — a liquidish texture, but does not blur when applied. The paste is produced in a syringe of 2 grams, but a variant with a volume of 4. 8, 20 and even 45 grams is possible. Comes with a spatula if the volume is more than 4 grams. This model is one of the market leaders in terms of demand.

            Arctic MX-4 2 g Syringe

            PROS AND CONS

            • Specifications.
            • Variety of sizes.
            • The composition is good.
            • Consistency.

            Arctic MX-4 2 g syringe

            13. Zalman ZM-STC8 1.5 g syringe

            Similar to the other pastes of this company, it still differs in certain characteristics and even packaging. The syringe is equipped with a very convenient cap, as well as a transparent window to understand how much paste is left. The characteristic is not very significant, given the volume of the syringe is only 1.5 grams, but it adds convenience. For the cost, the thermal conductivity of 8.3 W/(m K) is quite good, but the volume should also be taken into account here. The working temperature is standard (from -40 to +200), but the shelf life is only a year.

            Zalman ZM-STC8 1.5 g syringe

            PROS AND CONS

            • Thermal conductivity.
            • The quality is on the level.
            • Good packaging.
            • Small volume.

            Zalman ZM-STC8 1.5 g syringe

            14. STEEL Frost Zinc STP-1 (1.5 g) ONE-OFF SERIES

            on Zinc based, which is a big plus. Unlike aluminium, zinc minimizes the possibility of technical problems and also prevents premature drying. Another plus is the packaging of the product. In addition to the syringe itself, the kit comes with a spatula for application and a napkin for removing thermal paste from the surface. Thermal conductivity standard — 4.9W / mK, the syringe itself is transparent, which allows you to monitor the consumption of the paste. In general, a good and high-quality option for those who do not overload the computer too much.

            STEEL Frost Zinc STP-1 (

            PROS AND CONS