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ARCTIC Thermal Pad (50 x 50 x 1.5 mm) - Silicone Based Thermal Pad with 6.0W/mK Thermal Conductivity - Flexible and Adaptive

4.6 out of 5 stars 109 customer reviews
| 21 answered questions

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Thermal Pad, 50x50mm , t:1.5mm
  • Electrically non-conductive
  • Thermal Conductivity 6.0 W/mK
  • Safe and easy handling
  • High Performance Gap Filler
  • 50 x 50 x 1.5 mm
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Frequently Bought Together

  • ARCTIC Thermal Pad (50 x 50 x 1.5 mm) - Silicone Based Thermal Pad with 6.0W/mK Thermal Conductivity - Flexible and Adaptive
  • +
  • Arctic Silver 5 AS5-3.5G Thermal Paste
Total price: $14.94
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Technical Details

Color: Thermal Pad, 50x50mm , t:1.5mm
  • Brand Name: ARCTIC
  • Model Number: ACTPD00003A

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This item ARCTIC Thermal Pad (50 x 50 x 1.5 mm) - Silicone Based Thermal Pad with 6.0W/mK Thermal Conductivity - Flexible and Adaptive
Customer Rating 4 out of 5 stars (109) 5 out of 5 stars (2) 4 out of 5 stars (43) 0 out of 5 stars (0)
Price $7.45 $6.99 $6.99 $13.99
Shipping FREE Shipping FREE Shipping FREE Shipping FREE Shipping
Sold By Platinum Micro, Inc. SPHINX INC Chinatera Sywon Online
Item Dimensions 1.97 x 1.97 x 0.06 in 0.8 x 4.3 x 4.3 in 0.59 x 0.59 x 0.04 in 5 x 5.2 x 0.4 in
Enclosure Material Other Plastic Copper Composite
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Product Description

Color:Thermal Pad, 50x50mm , t:1.5mm

Efficient Thermal Conductivity
The silicone based material of the Thermal Pads outperforms generic pads by far by providing an efficient thermal interface between heat sinks and electronic devices.

Filling the Gaps
Due to its great elasticity and compressing features, the thermal pad works as the perfect gap filler and bridges uneven surface topography, air gaps and rough surface textures without any problems.

Easy to Apply
Installing Thermal Pad is as easy as cut and apply. Perfect for beginners.

Safe Handling
The pad does not contain any metallic particles, is electrically isolating and not capacitive. The handling is safe as contact with any electrical pins would not result in damage of any sort.

Dimensions: 50x50 mm or 145x145 mm(based on model)
Thickness: 0.5 mm or 1.0 mm or 1.5 mm (based on model)
Thermal Conductivity: 6.0 W/mK
Hardness: 25 Shore 00
Specific Gravity: 3.2 g/cm³
Colour: Blue
Continuous Use Temperature: -40 ~ 200 °C
Volume resistance: 1 X 1012 ?-cm
Breakdown Voltage: 12 KV/mm
Tensile strength: 2,5 Kgf/cm²
Elongation: 45 %
Dielectric constant: 14.1816 ? at 60 Hz / 13.0264 ? at 1K Hz / 13.0264 ? at 1M Hz
UL Flammability: V-0


Product Information

Color:Thermal Pad, 50x50mm , t:1.5mm

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Customer Questions & Answers

Customer Reviews

Top Customer Reviews

Color: Thermal Pad, 50x50mm , t:0.5mm Verified Purchase
The biggest challenge with thermal pads is usually a trade off between thermal conductivity and convenience of a relatively non-messy application compared to thermal paste. However, the 6W/m•K rating of this pad is nothing to be sneezed at. Many pads marketed as proper "thermal adhesive" type have a fraction of this rating. Though the Arctic pad is not marketed as an adhesive, it is actually very pliable and tacky so most small lightweight heatsinks actually stick readily to anything with a modest surface area. My use was to cool down an ICH 10 series chip that was generating temps in the 90's Celsius. The use of this pad and a small heatsink with some good airflow brought it down into the mid-60's to low 70's degree range Celsius maximum. Highly impressed given the small heatsink's cooling surface greatly limited heat to air transfer. Regardless, it was a success without any messy paste. Highly recommended!
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Color: Thermal Pad, 145x145mm , t:1.0mm Verified Purchase
I give it 5 for the experience, and it's great for what it's meant for. I don't want to ruin that, I do want to say, don't bother expecting it to be tacky enough to hold a heatsink based on "surface area" as one reviewer said. Or at least, don't interpret it as ratios of surface area to weight of the heatsink. It's absolute surface area, in other words, it's not going to hold small heatsinks well, no matter how light, no matter it's large surface area to volume ratio. It's not going to work. I was hoping it would stick heatsinks to my drv8825 pololu stepper motor drivers. Seems there aren't a lot of good options for this beyond the garbage thermal conductivity of the 3m tape. There is a fujipoly sarcon double sided sticky pad, but nobody seems to carry it :(. Yes it's all overkill for a 3d printer, but I'm planning on swapping out the sense resistor to see if I can't get closer to that 2.5A chip max current for some nema23 motors I have, and planning on running close to the 45v max the chip supports!
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Color: Thermal Pad, 145x145mm , t:1.0mm Verified Purchase
I am using these pads on two overclocked R9 290Xs with EK-FC R9-290X waterblocks in a crossfire configuration with water cooling being provided by dual laing d5 pumps. The pads appear to be of high quality and keep VRM temperatures reasonable. I cannot speak to other temperatures, since I have no way of monitoring them, but would assume they are reasonable as well.

I have had these pads installed for approximately six months and seen no performance degradation under fairly hard use.
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Color: Thermal Pad, 145x145mm , t:1.0mm Verified Purchase
This worked perfectly when I had to replace the motherboard on my laptop. The old thermal material that was used on the VRMs was all dried out and messed up. I was able to cut this to size no problem, and the thickness of this material matched up with the stock material. This also worked great when I replaced the stock heat sink on my GPU to a water block, to get better contact for the VRMs.
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Color: Thermal Pad, 145x145mm , t:1.5mm Verified Purchase
There are many uses for thermal pads, televisions, computers, and the like. You would not be looking at this if you did not know what they were for, so let me say clearly that these pads are of good quality and will replace a damaged one with like or better cooling. The pad size is listed in mm, so for the metric challenged, the size in inches is approximately 5 11/16" X 5 11/16"x1/16" thick.

Because they are a pad infused with arctic thermal compound, they do an excellent job transferring heat generated by small components. I have used this product in a power supplies as well. This is a very handy and versatile product for the electronics world.
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Color: Thermal Pad, 50x50mm , t:1.5mm Verified Purchase
I have never used this before. But it was easy to cut and to apply. The laptop runs far cooler with this. I used it on the HP overheating graphics chip and thus far it has worked flawlessly. You get enough pad to do many laptops. I have quite a bit left over. I love everything about this product.
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Color: Thermal Pad, 145x145mm , t:1.0mm Verified Purchase
This is a really good value thermal pad. Performance is on par with most manufacturer included quality pads. But a step up from some others. They're not the best money can buy. But definitely the most cost effective. The size is good enough for two graphics cards or more depending on how many spots take thermal pads on the card. I could have easily done 3 MSI GTX 1080 Sea Hawk X EKs per pad. But you have to remember that the majority of EK water blocks require .5mm and 1.0mm thick pads. There is a 1.5mm thickness as well. But I've never needed it. These pads are easy to cut and easy to apply. They're a bit sticky, but not too much or too little. The size of these pads is great. It pretty much gives you enough surface area for any conceivable PC cooling project. The higher efficiency thermal pads cost WAY more. Unless you're obsessed with temperatures or have about $50 to blow per graphics card, just stick with this stuff.
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Color: Thermal Pad, 145x145mm , t:1.5mm Verified Purchase
I had the need to cool a 100W power supply for a set of LED lights I have. The bottom of the power supply is not flat and I needed a Thermal Pad to ensure good even heat transfer to my heat sink. I got the 1.5 mm material and it has worked just great. I probably could have gotten by with the 1 mm thickness. This material is well made and does not crumble when you pull it off and reposition it. If you have heat sink gaps too great for thermal compound this is definitely the way to go.
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