Arctic P12 Max (5-Pack) Black High-Speed PWM Fan

Almost silent thanks to high-quality plain bearings
As a special feature, the P12 Max is equipped with ARCTIC's proven hydrodynamic plain bearing. This enables almost silent operation at low speeds - as requested by many customers. At maximum speed, however, brutal performance is guaranteed. Although these bearings tend to wear out, ARCTIC does not compromise on durability and continues to offer the 6-year warranty.

Extremely wide speed range
Building on the success of the P12 PWM, the P12 Max extends the adjustable speed to an astonishingly wide range from 200 rpm up to 3300 rpm. This enables both quiet operation when only a small amount of airflow is required and an unprecedented level of performance on heatsinks and radiators. The P12 Max achieves a significant performance increase on existing air and water cooling solutions.

Maximum Performance - Without Compromise
The P12 Max delivers a focused airflow and high static pressure, making it suitable for all scenarios. It is optimized for use on radiators, heat sinks, perforated panels and mesh. The P12 Max is therefore the optimal fan for enthusiasts and professionals who require maximum performance with high durability.

0dB Mode - Zero rpm
The speed of the fan can be throttled down to a standstill via PWM. This allows silent operation in IDLE and at the same time guarantees maximum performance when required. The P12 Max thus enables incomparably dynamic adjustment of the speed so that the airflow can be perfectly regulated for every case .

Improved stability
The P12 Max uses a closed fan wheel design. The advantage of this fan wheel combination is the uncompromising pressure stability. In scenarios with high pressure resistance and higher speeds, the force is distributed evenly across the entire fan wheel and enables low-vibration rotation with high static pressure at the same time.

Maximum smoothness, minimal vibration
Thanks to sinusoidal magnetization, the P12 Max motor generates only 5% of the commutation vibrations of a conventional DC motor. The rubber pads on the corners additionally dampen the residual vibrations caused by the higher revolutions.