Arctic MX-4 Thermal Paste 20g 2019 Edition Award Winning Overclocker Cooling CPU

Award Winning Thermal Paste

The performance of our ARCTIC MX-4 Thermal Compound has been tested and honored by numerous independent magazines.

Optimised Packaging Saves Resources

A sustainable use of resources is really important for us at ARCTIC Thus we updated the packaging of the MX-4 to minimize it's CO2 Footprint.

The practical, recyclable packaging bag of our thermal compound helps us to reduce the environmental impact of packaging materials by about 40% and thereby save resources.

Better than Liquid Metal

The ARCTIC MX-4 compound is composed of carbon micro-particles which lead to an extremely high thermal conductivity. It guarantees that heat generated from the CPU or GPU is dissipated quickly and efficiently. Superb in performance, MX-4 is the best companion for overclockers and enthusiasts.

ARCTIC MX-4

 73.2 °C

Prolimatech PK-1

 73.6 °C

Scythe Thermal Elixer

 73.9 °C

Coolink Chillaramic

 74°C

Gelid GC-2

 74.2°C

Notcha NT-H1

 74.3°C

Coolaboratory Liquid Ultra

 76.4°C

EKL Alpenfohn Schneekanone

 76.9°C

Thermal Chill Factor II

 77.1°C

Akaasa AK- 455

 78.3°C

 Better

Tested on Geforce 8800 GT

Data Source: PC Games, Hardware, Germany August 2010, page no.20-21

Easy to Apply

With an ideal consistency, the MX-4 is very easy to use, even for beginners. The possibilities for its application and the most effectively way to avoid voids between CPU and cooler we show you in the video.

Safe Application

It does not contain any metallic particles so electical conductivity would not be an issue. Unlike silver and copper compound, it ensures that contact with any electrical pins would not result in damage of any sort.

High Durability

In contrast to metal and silicon thermal compound, the performance of MX-4 does not compromise over time. Once applied, you do not need to apply it a second time as it will last at least for 8 years.

Thermal Conductivity

8.5 W/(mK)

Viscosity

870 poise

Density

2.50 g/cm³

Volume Resistivity

3.8 x 1013 Ω-cm

Thermal Conductivity

8.5 W/(mK)

Viscosity

870 poise

Density

2.50 g/cm³

Volume Resistivity

3.8 x 1013 Ω-cm