--- product_id: 437008 title: "Arctic Silver 5 Thermal Compound 3.5 Grams with ArctiClean 60 ML Kit (D132)" brand: "arctic silver" price: "14 DH" currency: MAD in_stock: false reviews_count: 13 url: https://www.desertcart.ma/products/437008-arctic-silver-5-thermal-compound-3-5-grams-with-arcticlean store_origin: MA region: Morocco --- # 3.5g premium thermal compound + 60ml cleaning kit Non-electrically conductive & stable formula 350,000+ W/m²°C thermal conductance Arctic Silver 5 Thermal Compound 3.5 Grams with ArctiClean 60 ML Kit (D132) **Brand:** arctic silver **Price:** 14 DH **Availability:** ❌ Out of Stock ## Summary > ❄️ Stay cool, perform cooler — Arctic Silver 5 keeps your rig chill and winning. ## Quick Answers - **What is this?** Arctic Silver 5 Thermal Compound 3.5 Grams with ArctiClean 60 ML Kit (D132) by arctic silver - **How much does it cost?** 14 DH with free shipping - **Is it available?** Currently out of stock - **Where can I buy it?** [www.desertcart.ma](https://www.desertcart.ma/products/437008-arctic-silver-5-thermal-compound-3-5-grams-with-arcticlean) ## Best For - arctic silver enthusiasts ## Why This Product - Trusted arctic silver brand quality - Free international shipping included - Worldwide delivery with tracking - 15-day hassle-free returns ## Key Features - • **Safe & Stable Formula:** Non-electrically conductive paste that won’t separate, run, or degrade over time. - • **Effortless Maintenance:** Quickly cleans old thermal paste and preps surfaces in under a minute, perfect for DIY pros. - • **Proven Temperature Drop:** Users report up to 20°C cooler CPU temps under heavy load—quiet fans, smooth performance. - • **Elite Cooling Efficiency:** Delivers >350,000 W/m²°C thermal conductance for peak CPU/GPU performance. - • **Complete Prep & Application Kit:** Includes ArctiClean 1 & 2 for spotless, corrosion-free surfaces before paste application. ## Overview Arctic Silver 5 Thermal Compound is a high-density silver and ceramic blend engineered for superior heat transfer between CPUs/GPUs and heatsinks. Paired with the ArctiClean 60ml two-step cleaning kit, it ensures optimal surface prep by removing old thermal material and preventing corrosion. Trusted by tech enthusiasts, it delivers up to 20°C temperature reductions, enhancing system stability and quiet operation for demanding workloads. ## Description *Arctic Silver 5 With its unique high-density filling of micronized silver and enhanced thermally conductive ceramic particles is optimized for use between modern high-power CPUs and high performance heatsinks or water-cooling solutions. *ArctiClean is a two-step cleaning process that removes existing thermal grease or pads and prepares the thermal surface for a fresh application of thermal interface material. ArctiClean 1 Thermal Material Remover quickly emulsifies and dissolves the existing thermal grease or pad from the CPU and/or heatsink so that it can easily be removed with a clean cloth or paper towel. A few drops of ArctiClean 2 Thermal Surface Purifier and some gentle wiping then removes the remaining residue and inhibits flash corrosion on copper or aluminum. Review: Excellent Results - This was my first time applying thermal paste to my processor. I have had an HP laptop for about three years. The fan became clogged and was overworking after about a year. So I took the laptop almost entirely apart to get to the fan, which you have to do with HP laptops. That was not fun, but I got to the fan. I had to disconnect the whole thing, including the contact area between the copper and the processor. I recall seeing some green paste on the surface, and thinking it had something to do with heat conduction, but I didn't know anything about thermal pastes at the time. So after cleaning the dust out of the fan, I simply screwed the thing back in place. The noise level was reduced and the fan didn't work as hard, but it was far from the performance the computer had shown when it was new. The fan still spun very fast at times of even moderate load. I performed the same cleaning process on three other occasions. Recently, I ordered the Arctic Silver 5 and cleaning kit, watched some videos on how to apply the paste, read some on the topic, and did it. After some research, I realized why my laptop's cooling system hadn't been performing well, even though the fan was clean. I should stress the importance of cleaning the surface of the processor and the copper cap. I spent most of the time simply making sure the surfaces were absolutely clean. Then I applied a thin and short line in the center, which I felt was best because my processor has two physical cores placed next to each other, and screwed the thing back in place. Before doing his, under max load (In-place large FFT torture test on Prime95), the core temperature (CoreTemp) used to go up to a little over a 100, which is almost the point of no return. The room temperature was moderate (about 23-28). After applying the Arctic Silver, however, the temperature never went above 82 under the same test and conditions. That's about a 20 degree difference. I was very pleased, and still am, that such a cheap remedy caused such a leap in performance. I wish I had the knowledge earlier to realize that I needed to do this. Before applying the Arctic paste, the older stock paste was not working properly because the contact point had been exposed many times and the paste had dried and deformed (the paste formed a tree or scatter plot pattern, and was all over the place). My laptop fan used to work very hard when playing even 720p HD videos. With 1080p on the other hand, the fan would go absolutely crazy, the computer would slow down, and the video would get jerky. Nowadays, my computer can easily handle 1080p videos, and the fan increases its spin speed only moderately. I can feel that it is comfortably handling the task (as far as thermal performance goes). For normal usage, I rarely hear the fan anymore, if at all, which used to happen all the time before. Overall, a great product. I definitely recommend this. But watch some videos, read, and know what you are doing. Review: Instant Success!!! - I've been having a problem lately with my gpu in my two year old laptop registering temperatures of 75+ *C in an extended screen configuration. It's been gradually getting worse until a week ago it started to get to the point when I could no longer watch 1080p youtube videos in even a single 1080p screen configuration because I would get temps of 100+ *C ultimately resulting in my laptop shutting down. I've been wondering why my laptop has been steadily running warmer and warmer with it sitting on a cooling pad and all the dust bunnies cleaned from the internal cooling fan, so I finally concluded that with the air coming out of my laptop not being that warm compared to the temps reported, it had to be a heatsink issue (I also noticed that my gpu would have temperature fluctuations of 10 *C that would occur within 5 seconds of only meager use. Fluctuations that large within 5 seconds are not at all normal which also tipped me off). After always hearing that this is the best thermal compound to get, I went for it. When I got it, I proceeded to take out the heatsink and fan assembly from my laptop, and cleaned it up along with my gpu and cpu chips. I put on the thermal paste, then put everything back together, and booted up. What do you know, now I'm running on AVERAGE 30 *C COOLER, while having a much quieter operation with temps at 60 *C or below in situations where the temps would have risen past 100 *C. My only wish is that I could make a comparison of this compound's capability to before I started having problems to see it's effectiveness compared to the stock thermal solution when it was running in top shape one to two years ago. Unfortunately I can't make such a conclusion, but I can conclude that it at least works better than a heatsink that's been unseated in a jarring portable environmen =P (duh). This is the perfect solution to mysterious heat dissipation issues when obvious solutions such as cleaning out the fan have been exhausted. I give it an A+ One thing to note: This kit doesn't have any directions so you'll have to skip along to the arctic silver website, and print out the directions before you get started if your a newbie like me. Regardless, it's pretty easy to apply, and rather difficult to screw up with (unless you make a huge mess by using too much of the stuff). ## Features - Arctic Silver 5 3.5g is Non-electrically conductive. Will not separate, run, migrate, or bleed - Thermal Conductance: >350,000W/m2 °C (0.001 inch layer) - ArctiClean 60ml kit, Includes both ArctiClean 1 (30ml) and ArctiClean 2 (30ml) - Easy to Use and Cleans heatsinks and other computer components in under a minute! ## Technical Specifications | Specification | Value | |---------------|-------| | ASIN | B002DILLMS | | Best Sellers Rank | #473 in Silicon Grease | | Brand | Arctic Silver | | Brand Name | Arctic Silver | | Customer Reviews | 4.7 out of 5 stars 1,711 Reviews | | Item Form | Liquid | | Item Volume | 60 Milliliters | | Item Weight | 0.02 Pounds | | Manufacturer | Arctic Silver 5 | | Model Number | ARTICOMBO | | Part Number | ARTICOMBO | | UPC | 897337010853 845055011935 617689108035 | | Unit Count | 1 Count | | Volume | 60 Milliliters | ## Product Details - **Brand:** Arctic Silver - **Item Form:** Liquid - **Item Volume:** 60 Milliliters - **Item Weight:** 0.02 Pounds - **Manufacturer:** Arctic Silver 5 ## Images ![Arctic Silver 5 Thermal Compound 3.5 Grams with ArctiClean 60 ML Kit (D132) - Image 1](https://m.media-amazon.com/images/I/51x8b6oAvVL.jpg) ![Arctic Silver 5 Thermal Compound 3.5 Grams with ArctiClean 60 ML Kit (D132) - Image 2](https://m.media-amazon.com/images/I/51ahPQxyHqL.jpg) ![Arctic Silver 5 Thermal Compound 3.5 Grams with ArctiClean 60 ML Kit (D132) - Image 3](https://m.media-amazon.com/images/I/41LcUoBAArL.jpg) ## Questions & Answers **Q: Could i have a list of the chemichals contained? I need to know if there's any chemichal ingredient that could be considered dangerous by customs** A: I pulled this from Arctic Silver's website, from the Arctic Silver 5 MSDS.Thermal CompoundSilver (Metallic) 7440-22-4Boron Nitride 10043-11-5Zinc Oxide 1314-13-2Aluminum Oxide 1344-28-1Ester Oil Blend Non-hazardous Step-1 LiquidD-Limonene 68647-72-3Methyl Esters of Soybean Oil 67784-80-9Non-Ionic Surfactant 68603-25-8 Step-2 LiquidDipropylene Glycol Monomethyl Ether 34590-94-8Azole-Triazole Inhibitor ProprietaryProprietary Inhibitor (non-Hazmat, TSCA listed) ProprietarySince I am not a customs agent, I can't tell you if they would consider this dangerous, but I can tell you the company says is in the product. **Q: Can someone tell me the steps on how to use these? Also, do I have to take the CPU from the motherboard before I follow the steps?** A: In case nobody responded (though by now I bet someone has), no you do not need to remove the CPU and GPU chips from the motherboard. Once you get the X-Clamps off, both chips are exposed to where you can gently (emphasis on gently) take off the old thermal paste. When you go to take the X-Clamps off, you never want to rush the process- one slip, and it could very well be "curtains" for your 360. This entire process is patience-based, but I can verify it works: my 360 hasn't overheated since, and I can run it for several hours if I desire (usually not though- the joys of college!). **Q: Does this kit include an applicator?** A: No. I used qtips to clean and the paste itself is fairly thick so direct application from the bottle works- just a small dab. It is stringy though. **Q: Does it expire? I bought it almost 3 years ago and still haven't used it.** A: As long as it's soft and pliable spreadable it's good! If it set on the dash of the car for two years probably not. ## Customer Reviews ### ⭐⭐⭐⭐⭐ Excellent Results *by O***I on April 18, 2014* This was my first time applying thermal paste to my processor. I have had an HP laptop for about three years. The fan became clogged and was overworking after about a year. So I took the laptop almost entirely apart to get to the fan, which you have to do with HP laptops. That was not fun, but I got to the fan. I had to disconnect the whole thing, including the contact area between the copper and the processor. I recall seeing some green paste on the surface, and thinking it had something to do with heat conduction, but I didn't know anything about thermal pastes at the time. So after cleaning the dust out of the fan, I simply screwed the thing back in place. The noise level was reduced and the fan didn't work as hard, but it was far from the performance the computer had shown when it was new. The fan still spun very fast at times of even moderate load. I performed the same cleaning process on three other occasions. Recently, I ordered the Arctic Silver 5 and cleaning kit, watched some videos on how to apply the paste, read some on the topic, and did it. After some research, I realized why my laptop's cooling system hadn't been performing well, even though the fan was clean. I should stress the importance of cleaning the surface of the processor and the copper cap. I spent most of the time simply making sure the surfaces were absolutely clean. Then I applied a thin and short line in the center, which I felt was best because my processor has two physical cores placed next to each other, and screwed the thing back in place. Before doing his, under max load (In-place large FFT torture test on Prime95), the core temperature (CoreTemp) used to go up to a little over a 100, which is almost the point of no return. The room temperature was moderate (about 23-28). After applying the Arctic Silver, however, the temperature never went above 82 under the same test and conditions. That's about a 20 degree difference. I was very pleased, and still am, that such a cheap remedy caused such a leap in performance. I wish I had the knowledge earlier to realize that I needed to do this. Before applying the Arctic paste, the older stock paste was not working properly because the contact point had been exposed many times and the paste had dried and deformed (the paste formed a tree or scatter plot pattern, and was all over the place). My laptop fan used to work very hard when playing even 720p HD videos. With 1080p on the other hand, the fan would go absolutely crazy, the computer would slow down, and the video would get jerky. Nowadays, my computer can easily handle 1080p videos, and the fan increases its spin speed only moderately. I can feel that it is comfortably handling the task (as far as thermal performance goes). For normal usage, I rarely hear the fan anymore, if at all, which used to happen all the time before. Overall, a great product. I definitely recommend this. But watch some videos, read, and know what you are doing. ### ⭐⭐⭐⭐⭐ Instant Success!!! *by D***. on October 4, 2011* I've been having a problem lately with my gpu in my two year old laptop registering temperatures of 75+ *C in an extended screen configuration. It's been gradually getting worse until a week ago it started to get to the point when I could no longer watch 1080p youtube videos in even a single 1080p screen configuration because I would get temps of 100+ *C ultimately resulting in my laptop shutting down. I've been wondering why my laptop has been steadily running warmer and warmer with it sitting on a cooling pad and all the dust bunnies cleaned from the internal cooling fan, so I finally concluded that with the air coming out of my laptop not being that warm compared to the temps reported, it had to be a heatsink issue (I also noticed that my gpu would have temperature fluctuations of 10 *C that would occur within 5 seconds of only meager use. Fluctuations that large within 5 seconds are not at all normal which also tipped me off). After always hearing that this is the best thermal compound to get, I went for it. When I got it, I proceeded to take out the heatsink and fan assembly from my laptop, and cleaned it up along with my gpu and cpu chips. I put on the thermal paste, then put everything back together, and booted up. What do you know, now I'm running on AVERAGE 30 *C COOLER, while having a much quieter operation with temps at 60 *C or below in situations where the temps would have risen past 100 *C. My only wish is that I could make a comparison of this compound's capability to before I started having problems to see it's effectiveness compared to the stock thermal solution when it was running in top shape one to two years ago. Unfortunately I can't make such a conclusion, but I can conclude that it at least works better than a heatsink that's been unseated in a jarring portable environmen =P (duh). This is the perfect solution to mysterious heat dissipation issues when obvious solutions such as cleaning out the fan have been exhausted. I give it an A+ One thing to note: This kit doesn't have any directions so you'll have to skip along to the arctic silver website, and print out the directions before you get started if your a newbie like me. Regardless, it's pretty easy to apply, and rather difficult to screw up with (unless you make a huge mess by using too much of the stuff). ### ⭐⭐⭐⭐⭐ Worked Well for Me *by T***S on December 25, 2010* It did exactly what I needed it to do. The first solution is supposed to clean the old thermal compound out and it did a decent job. I did have to do the process 3 times to get everything off, but it was a think blob that was on there and I didn't expect to get it on the first try. The second solution is supposed to prep the area for the application of the new thermal compound. I guess it worked well but I really have no way to tell since it didn't seem to make a difference to the already clean surface. The application of the arctic 5 thermal compound was pretty easy and didn't make any mess that I could see. I've only ever done this once before years ago, so I'm not sure if there was any overrun onto the motherboard, but I was pretty careful not to apply to much. This stuff was also pretty thick so I'm not really worried it would drip even if it did. The results of the new compound were not immediately discernible. My computer had been running around 55-60 C at idle and was getting to 70 C during SC2. After the application I was still running around 60 C at startup initially, but the temps started to fall after about 30 mins of computer use. After a few days I am running 45-50 C at idle and I never get higher than about 60 C during SC2. There is supposed to be a 200 hour break in period so hopefully the idle temps drop to around 40 C. I'm running a AMD 6400 at 3.2 Ghz with a GeForce 9600 that is about 2.5 years old. Prior to this my computer had been randomly shutting down during SC2. I haven't had any issues since and am glad I was able to solve my heat issues with a cheap and easy solution. ## Frequently Bought Together - Arctic Silver 5 Thermal Compound 3.5 Grams with ArctiClean 60 ML Kit - Arctic Silver 5 Thermal Compound 3.5g Tube - AMD Ryzensets 7 7800X3D Processor with 3D V Cache technology (integrated Radeon Graphics, 8 cores/16 threads, 120W TDP, AM5 Socket, 104MB cache, up to 5.0 GHz max boost, no cooler) --- ## Why Shop on Desertcart? - 🛒 **Trusted by 1.3+ Million Shoppers** — Serving international shoppers since 2016 - 🌍 **Shop Globally** — Access 737+ million products across 21 categories - 💰 **No Hidden Fees** — All customs, duties, and taxes included in the price - 🔄 **15-Day Free Returns** — Hassle-free returns (30 days for PRO members) - 🔒 **Secure Payments** — Trusted payment options with buyer protection - ⭐ **TrustPilot Rated 4.5/5** — Based on 8,000+ happy customer reviews **Shop now:** [https://www.desertcart.ma/products/437008-arctic-silver-5-thermal-compound-3-5-grams-with-arcticlean](https://www.desertcart.ma/products/437008-arctic-silver-5-thermal-compound-3-5-grams-with-arcticlean) --- *Product available on Desertcart Morocco* *Store origin: MA* *Last updated: 2026-05-31*