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Cooler Master MasterGel Regular Thermal Paste 5 W/m·K
Cooler Master MasterGel Regular is a high-performance thermal paste engineered to facilitate efficient heat transfer between processors and cooling solutions. With a thermal conductivity rating of 5 W/m·K, this compound is specifically formulated to bridge the microscopic gaps between the CPU or GPU surface and the heatsink, ensuring that heat is dissipated effectively to maintain stable operating temperatures during demanding tasks.
The MasterGel Regular features a specialized flat-nozzle syringe design that simplifies the application process, allowing for precise and even distribution across the processor surface. Utilizing nanoscale technology, the compound offers excellent heat conductivity while providing high anti-erosion properties, which helps in maintaining long-term thermal stability. The inclusion of a dedicated cleaning cloth ensures that users can thoroughly remove old thermal residue before applying a fresh layer, promoting optimal contact and cooling efficiency for various computing systems.
This thermal paste may not be the ideal choice for extreme overclocking scenarios or high-end liquid nitrogen cooling setups where higher thermal conductivity ratings are required. Additionally, it is not intended for use as an adhesive or for applications requiring electrical conductivity.
Begin by ensuring the computer is powered off and disconnected from the power source. Carefully remove the existing heatsink and use the provided cleaning cloth to wipe away all traces of the old thermal paste from both the processor heat spreader and the base of the cooler. Once the surfaces are clean and dry, apply a small, pea-sized amount of MasterGel Regular to the center of the CPU or GPU. Reinstall the heatsink, applying even pressure to spread the compound across the surface. Secure the cooler according to the manufacturer's instructions to ensure firm contact.
For the best results, avoid applying too much paste, as an excessive amount can lead to poor thermal contact. A thin, uniform layer is sufficient to fill the microscopic imperfections between the processor and the heatsink.
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