Hladnjaci & Ventilatori

The P9 PWM PST CO is a powerful 92 mm fan with a speed of 200 to 3000 rpm. It delivers a static pressure of 3.12 mmH2O and generates an airflow of 38.83 cfm. Pulse-width modulation (PWM) technology allows for precise fan speed control and is extremel

The P9 Max is a powerful 92 mm fan with a speed range of 450 to 4300 rpm. It delivers a static pressure of 6.17 mmH2O and generates an airflow of 58.25 cfm. It offers precise fan speed control via pulse-width modulation (PWM) and is extremely efficie

MX-7 is a comparatively viscous thermal paste that spreads evenly without air pockets due to the contact pressure of the cooler. Its high cohesion ensures a stable composition and guarantees long-lasting, consistent performance without drying out. It

The ARCTIC P14 Pro PST was developed with a particular focus on focused airflow and high static pressure. This results in extremely efficient cooling, even with increased air resistance. Therefore, the P14 Pro PST is especially suitable for use with

Safety information is available for this product. Please refer to the safety data sheet for more details. Due to the popularity of CryoFuze Violet thermal paste, Cooler Master is adding CryoFuze 5 in a new color. Utilizing nanoparticles, CryoFuze pro

Safety information is available for this product. Please refer to the safety data sheet for more details. Due to the popularity of CryoFuze Violet thermal paste, Cooler Master is adding CryoFuze 5 in a new color. Utilizing nanoparticles, CryoFuze pro

Termalna pasta visokih performansi.

MX-7 is a relatively viscous thermal paste, distributed evenly and without air pockets by radiator pressure. High cohesion ensures a stable composition and ensures long-lasting, consistent performance without drying out. Low adhesion enables optimal

During the development of ARCTIC P14 Pro, special emphasis was placed on focused airflow and high static pressure. The fan therefore provides extremely efficient cooling, even with increased air resistance. Therefore, P12 Pro is particularly suitable