ARCTIC MX-6 (4 g incl. 6 MX Cleaner) Thermal Paste for CPU ACTCP00084A

MX-6 4g Thermal Paste for CPU ACTCP00084A

20% Better Performance

With its improved composition, the ARCTIC MX-6 has a measurably lower thermal resistance than the MX-4. The basis for calculation is the temperature difference between the cooler base and the heat source (in C) in relation to the applied heat load (in W), which also results in the unit C/W. The higher the thermal resistance, the worse the heat can be transferred through the TIM layer. Thermal insulators, as an example, therefore always have a particularly high thermal resistance, while thermal interface materials usually have a particularly low one.

Optimal Consistency for Every Application

Depending on personal preference and area of application, a thinner or thicker thermal compound may be preferred. Excellent non-drying and non-bleeding properties ensure constant long-term performance. With ARCTIC thermal pastes you will find the optimal viscosity for your application.

Proven Quality

Simply the Paste

The ARCTIC MX-6 reaches its maximum performance without burn-in, directly after application and distribution. It achieves all of this without any reputed ingredients, such as expensive diamond dust or various precious metal particles. The silicone gel used as a carrier enables optimal distribution, which is achieved through even contact pressure, for example when mounting the heat sink.

Risk-Free Application

MX-6 is neither electrically conductive nor capacitive. This eliminates the risk of short circuits or discharges, which can cause serious damage to components if care is not taken. The thermal paste is also free of liquid metal components, which can often lead to discoloration, abrasion or corrosion damage to the radiator bottom.

Versatile Range of Applications

With its new composition, MX-6 is the suitable thermal compound for many application scenarios. Excellent non-drying and non-bleeding properties ensure consistent long-term performance. Its viscosity prevents leakage due to the…