Well, we’re certainly feeling lucky to have such amazing customers in the ARCTIC community. Because it’s proven to be such a great way to show our gratitude, we’ve decided to extend our Lucky Draw competition into 2020!
In case you haven’t heard, Lucky Draw is a monthly giveaway we launched to celebrate selling the 10 millionth unit of ARCTIC MX thermal compound. Entering is easy: all you’ve had to do is scan the QR code on your MX-2 or MX-4 packaging. Although we initially planned for the giveaway to end in 2019, the response has been so positive that we’ve decided to take it with us into the new year.
Going forward, all MX products purchased since 2019—not just the 2019 edition– will come with a Scan & Win QR code for the duration of the giveaway. Try your luck and enter today*. Visit https://lucky-mx.arctic.ac/ for all of the details.
* Natural persons who are at least 18 years old and reside in Germany, Switzerland, Great Britain, France, Italy, Spain, Portugal, Canada (excluding Quebec), China, USA (excluding Florida and New York), East Timor, Indonesia, Laos, Malaysia, Myanmar, Philippines, Singapore, Thailand, Vietnam, Brunei or in Cambodia.
What a success story: to date, we have sold more than 10 million tubes of MX compound, and we want to celebrate this milestone with our loyal customers. To say thank you, we’re giving you the chance to win US$1000 every month in our worldwide* MX Lucky Draw.
Since March, MX fans from the USA, Italy and UK have celebrated winning $1000 each. Thanks to the overwhelmingly positive response, we have decided to extend the contest until 31 December, 2019.
Entering is easy: each unit of our MX-2 and MX-4 thermal compounds is packaged in a celebratory 2019 edition with a unique QR code on the packaging which links directly to the registration page. Just fill in the registration form and upload your proof of purchase.
* Participation is open to natural persons who
are at least 18 years old and reside in Germany, Switzerland, Great Britain,
France, Italy, Spain, Portugal, Canada (excluding Quebec), China or in the USA
(excluding Florida and New York).
The surface of a CPU or a heat sink is never entirely flat. If you place a heatsink directly on a CPU, there will be tiny, nearly invisible, gaps between the two. Since air conducts heat poorly, these gaps have a very negative effect on the heat transfer. Therefore, an interface material with a high thermal conductivity is necessary to fill these gaps and improve heat conductivity between CPU and heatsink. Here, you can decide between using thermal paste and thermal pads. But when should you use which solution? What are their differences and what advantages do both solutions have?
Thermal grease, thermal compound, thermal goop, thermal gunk or heat paste – thermal paste has lots of different names. It is a sticky paste applied directly on the heatsink or CPU and the most commonly used interface material in the electronics cooling area. Good quality thermal compound will provide the best possible performance. Unfortunately, applying thermal paste can be quite messy. Plus, thermal paste isn’t always the best way to fill bigger gaps. In this case, you should consider thermal pads.
A tutorial how to properly apply thermal compound, can be found here:
Thermal pads are a lot easier to install than thermal paste. Unfortunately, they aren’t as effective as a thin layer of paste. Some stock CPU coolers come with pads, because they’re nice and clean, and they’ll work fine. But they are one-shot solutions only. You’ll have to replace the pad if you ever remove the heatsink from its mounted position, because the heat of the operating CPU will have caused the thermal pad to conform to the top. That means once you move the heatsink, there will be new gaps between the surfaces. So never forget: if you dismount the heatsink, replace the thermal pad and clean all debris.
Thermal pad on a heatsink
Avoid Common Mistakes
When using thermal pads or thermal paste, there are some mistakes that are often made. So, here are some ideas to avoid those: Never use thermal compounds and thermal pads together. Just because you use both, the effect won’t increase. The reverse is true. Adding thermal grease on top of a thermal pad actually reduces the ability of heat to flow to the heatsink. Also, never stack several pads on top of each other. Two or three pads on top of each other between the CPU and a heatsink might kill the CPU.
Click here to shop all of ARCTIC’s thermal interface products.