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🔥 nab cooling thermal pad 15 w/mk, 90x50x2.0mm, heat-resistant, non-conductive, high-temperature-resistant silicone thermal pads for laptop, heatsink, gpu, cpu, led & ps4 (90x50x2.0) logo

🔥 Nab Cooling Thermal Pad 15 W/mK, 90x50x2.0mm, Heat-Resistant, Non-Conductive, High-Temperature-Resistant Silicone Thermal Pads for Laptop, Heatsink, GPU, CPU, LED & PS4 (90x50x2.0) Review

5

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Excellent

Revainrating 5 out of 5  
Rating 
5.0
🧰 Computer Internal Components, 💻 Computer Components

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img 1 attached to 🔥 Nab Cooling Thermal Pad 15 W/mK, 90x50x2.0mm, Heat-Resistant, Non-Conductive, High-Temperature-Resistant Silicone Thermal Pads for Laptop, Heatsink, GPU, CPU, LED & PS4 (90x50x2.0)
img 2 attached to 🔥 Nab Cooling Thermal Pad 15 W/mK, 90x50x2.0mm, Heat-Resistant, Non-Conductive, High-Temperature-Resistant Silicone Thermal Pads for Laptop, Heatsink, GPU, CPU, LED & PS4 (90x50x2.0)
img 3 attached to 🔥 Nab Cooling Thermal Pad 15 W/mK, 90x50x2.0mm, Heat-Resistant, Non-Conductive, High-Temperature-Resistant Silicone Thermal Pads for Laptop, Heatsink, GPU, CPU, LED & PS4 (90x50x2.0)
img 4 attached to 🔥 Nab Cooling Thermal Pad 15 W/mK, 90x50x2.0mm, Heat-Resistant, Non-Conductive, High-Temperature-Resistant Silicone Thermal Pads for Laptop, Heatsink, GPU, CPU, LED & PS4 (90x50x2.0)

Description of 🔥 Nab Cooling Thermal Pad 15 W/mK, 90x50x2.0mm, Heat-Resistant, Non-Conductive, High-Temperature-Resistant Silicone Thermal Pads for Laptop, Heatsink, GPU, CPU, LED & PS4 (90x50x2.0)

Extreme Thermal Conductivity: With a thermal conductive value of 15W/mK, Nab Cooling’s thermal pad promises extreme thermal conductivity and reduces the temperature of a system to a great extent. Easy installation: Unlike other thermal adhesives, the NB Supermax cooling pad is super easy to use. Just remove the plastic film, paste it on the surface, gently press, remove the film from the other side and install the system. Non-electrical conductivity: This silicon thermal pad GPU contains no metal and hence, is non-electrical conductive, which makes it safe to use. It won't cause any short circuits within the CPU. Wide operating temperature range: NB Supermax thermal adhesive pad has an operating temperature of -60°C to +220°C, making it compatible with a wide range of applications such as chipsets, laptops, GPU cards, and microcontroller units. Safe to use: This thermal gap filler comes in 5 different thicknesses and is non-corrosive, non-toxic, non-curing, and odorless, making it super safe to use. Additionally, it won't wear, is anti-static, and is fire-retardant. All these qualities make it an all-in-one package.

Reviews

Global ratings 5
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Type of review

Revainrating 5 out of 5

Excellent Performance, Ease of Use, and High Density

This is a great thermal pad to replace inefficient pads that too often are factory applied to graphics cards or M.2 drives. Fences. The thermal conductivity of 15 W/mK puts it on par with the best thermal pads and even performs well with high quality thermal greases. The lining is very flexible and can easily be cut with a knife or scissors. I'm very happy that this pad is 3mm thick, which is perfect for the gap between the back of my graphics card's PCB and its backplate. . The temperature…

Pros
  • Thermal Compound and Pads
Cons
  • Nothing Here

Revainrating 5 out of 5

Must have with PC

Bought for my gaming pc because my kids touch everything and mess up the thermal sensor but got this thermal pad quickly. It's easy to install, just peel and then stick where you need. It sticks well and helps your PC or electronic device

Pros
  • Computer Components
Cons
  • Update Availability

Revainrating 5 out of 5

High W/mK rating for thermal transfer

Looks very capable. Gray thermal pads tend to far outperform blue or most pink thermal pads with higher W/mK ratings for truly cooling components.

Pros
  • Electronics
Cons
  • Replacement availability

Revainrating 5 out of 5

heavy little gray thermal pads, right?

These are heavyweight little duvets. I wonder if they stop x-rays? To come up with a good experiment to test them all I have a thermocouple and all sorts of resistors and diodes to drop some voltage and produce measurable heat that can be measured in watts. That should work, shouldn't it if I'm careful? but at the same time these high quality ones as opposed to these cheap powder blue ones are all grey, I don't think it's just fashion so if that's why they conduct heat then they're the best…

Pros
  • Internal Components
Cons
  • Available in Black Only

Revainrating 5 out of 5

Fixed Video Memory Overheating On MSI RTX 3080

I'm shocked at how well this worked. I didn't expect that simply swapping out the thermal pad would make such a big difference, but thought it might be worth a try. I'm glad I took the risk because it completely solved the problem. The video memory temperature warmed up to 108-110 degrees Celsius, which is too hot. After replacing it with 2mm pads, I installed 1mm pads, the temperature dropped to around 88 C. When I came to replace the pads, it turned out that the factory pads had bad contact…

Pros
  • Thermal Pads
Cons
  • Poor Manual