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Arctic ACTPD00001A Silicone Based Flexible Thermal Pad (Blue)

(8 customer reviews)

563.00

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Last updated on August 11, 2024 9:01 pm
Category: Tag:
  • Electrically non-conductive
  • Thermal Conductivity: 6.0 W/mK
  • Safe and easy handling
  • High performance gap filler
  • Size: 50mm x 50mm x 0.5mm

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Specification: Arctic ACTPD00001A Silicone Based Flexible Thermal Pad (Blue)

color

Blue

Shipping Weight

‎0.08 Kilograms

Item Part Number

‎1

Primary material

‎Silicon

Capacity

‎Style: 1 sheet of 50x50mm, thickness: 0.5mm

What is in the box?

‎1 Thermal Pad

Weight

‎10 Grams

Manufacturer

‎Arctic

8 reviews for Arctic ACTPD00001A Silicone Based Flexible Thermal Pad (Blue)

4.8 out of 5
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  1. Mr.B

    Replaced pad on ps2 slim. Works brill!!!

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  2. Ajith

    Working as mentioned

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  3. Siva

    Not upto expectations

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  4. Amareswari

    It actually worked. After repasting and newer thermal pads installation, some tweaking removing turbo boost(over 5ghz freq for 5 sec) Temps haven’t crossed 88, and have remained over 55-75 for most part (slight gaming and browsing) for intense loads and intense gaming it touches 88 however.
    Mind you the arctic pads do help with Temps but also depending on your configuration and settings result may vary.

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  5. Jorge

    Colocadas en una PS4 y ningun problema.

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  6. rob_amazon_86

    Ich habe mir dieses Thermal Pad bestellt um mein Lenovo X201t thermisch zu “sanieren”. Nach 6 Jahren treuer Dienste viel mir auf, dass die Prozessor Temperatur relativ schnell hoch schoss und somit das Notebook für Youtube oder ähnliches unbrauchbar machte (Thermal Throtteling), da der Prozessor temperaturbedingt seine Taktfrequenz auf 1,18 GHz redizierte. Da mit dem Kühlkörper nicht nur der Prozessor sondern auch die “GPU” mit gekühlt wird, muss laut Service Anleitung die “GPU” mittels eines nicht leitenden Pads thermisch angebunden werden. Dafür habe ich dieses Pad (natürlich zugeschnitten) verwendet, was sich als sehr brauchbare Lösung herausgestellt hat. Als Wärmeleitpaste für den Prozessor habe ich das “Cooler Master Gel” verwendet. Seit dem läuft das Notebook wieder stabil.

    Mein Tipp: Vor dem zerlegen alle Komponenten parat haben (Wärmeleitpaste, ev. Wärmeleitpad, Isopropanol-Alkohol, Wattestäbchen und passende Schraubenzieher) ein Blatt Papier und transparentes Klebeband zurecht legen. Mit dem Klebeband klebe ich dann die Schrauben so auf das Papier, damit ich später die originale Position wiederfinden kann. Eine Beschriftung hilft hier auch sehr ;). Hat mir echt den Hintern gerettet, da ich leider das zerlegen und zusammenbauen nicht am selben Tag durchführen konnte.

    Mein Fazit: Für meinen Anwendungsfall hat es ideal funktioniert.

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  7. Julian

    It does transfer a good amount of heat from most components on a graphics card to the heatsink. However, I recommend a pad with higher heat transfer for VRAM modules

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  8. rob_amazon_86

    If you have a steamy laptop, then these are great for connecting your heat-producing areas to your laptop chassis. If you have a laptop with aluminum or metal body, then use these pads to create contact points to the metal body. The metal body has a much larger surface area and can absorb and dissipate heat much better. This will lead to overall cooler-running laptop. I did this with my laptop and it lowered the temps of my laptop quite a bit. Many online reviewers say this thermal pad is as good as some thermal pastes which is amazing. Installation is easy, they are sticky and will adhere to most surfaces. You can easily use a pair of scissors to cut them to whatever size you need.

    Since putting these on my laptop, I’ve noticed increased temperatures on my aluminum chassis (to the touch) during gaming sessions but decreased temps on my CPU and GPU cores. This allows me to sustain full CPU and GPU speeds longer before the laptop starts throttling speeds to keep temps under control. If you use your chassis as a heat sink, a side effect is that the chassis will get warmer. I can FEEL the chassis getting warm from my fingertips. However the increased surface area removes heat away from the critical components and can dissipate heat faster. If you have a cooling pad with a fan, then it makes the cooling pad more efficient. Unfortunately there is NO MAGIC BULLET for laptop cooling, the heat HAS TO GO SOMEWHERE! You’d rather it go to the chassis then the cores.

    I would order the thinner pads unless you absolutely know you have a huge gap and need the thicker ones. You can always fold the thinner pads on top of each other to fill in the bigger gaps. Finally this stuff is fairly cheap. Buy the larger surface area to get the better deal. I ran out of the small ones fairly quickly.

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    Arctic ACTPD00001A Silicone Based Flexible Thermal Pad (Blue)
    Arctic ACTPD00001A Silicone Based Flexible Thermal Pad (Blue)

    563.00

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