ASUS ProArt PF120 120mm PWM Chassis Fan, 3150 RPM, High Static Pressure, Durable Low-Noise Cooling, Black | 90DA00M0-B09000
Model : ASUS ProArt PF120 120mm
SKU : CF-ASUS PROART PF120 SI B
About this item
ProArt PF120 PWM Fan
The Art of Performance Cooling
The ProArt PF120 fan delivers superior cooling with premium quality and design for unmatched reliability . Boasting a 28mm frame, powerful 3-phase and 6-pole motor, CNC-milled brass bearing housing, reinforced Liquid Crystal Polymer (LCP) blades, and patented daisy-chain connectors to streamline installation and cable management, the ProArt PF120 is the ideal choice for users who demand peak performance and effortless integration.
Description

The ASUS ProArt PF120 (90DA00M0-B09000) represents a surgical fusion of acoustic refinement and high-bandwidth cooling power. Designed for digital artists, engineers, and workstation architects who operate within zero-compromise hardware environments requiring silent yet powerful heat dissipation, this fan utilizes a high-impact high-static pressure design to provide technical dominance over restrictive case filters and radiators. The specialized fluid dynamic bearing (FDB) architecture is surgically engineered to eliminate mechanical friction, acting as a reliable pillar for silent operation and extended lifespan. Whether you are managing high-stakes rendering tasks or high-production video editing, the ProArt PF120 provides the technical refinement and structural integrity required to maintain absolute technical dominance over your chassis thermals.
Key Features
Extreme 3150 RPM Speed: Meticulously designed for surgical air volume, providing a high-velocity cooling capacity that can be throttled down for near-silent operation.
High Static Pressure Blades: Equipped with surgical aerodynamic profiles, acting as a reliable anchor for pushing air through dense radiators and dust-shielded intake panels.
4-Pin PWM Precision: Features surgical speed control, allowing your system to provide a high-velocity response to real-time temperature fluctuations in the UAE climate.
ProArt Minimalist Aesthetic: Surgically engineered without intrusive lighting, providing a visual advantage for professional studio environments and clean workstation builds.
Advanced Fluid Dynamic Bearing: Meticulously crafted for surgical reliability, ensuring high-impact stability and a 250,000-hour MTBF for long-term production.
Anti-Vibration Rubber Pads: Features surgical dampening at every corner, acting as a reliable anchor to prevent resonance and maintain absolute structural silence.
Industrial-Grade Balance: Meticulously designed for surgical rotation, ensuring high-impact airflow without the wobbling associated with standard consumer fans.
Optimized Airflow Path: Surgically designed to minimize turbulence, providing a technical advantage in focused air direction for targeted component cooling.
Why This Product Stands Out
The ProArt PF120 stands out by offering flagship-tier performance metrics and specialized industrial durability within a single high-velocity, professional chassis solution. While standard RGB fans prioritize aesthetics, the refined ProArt architecture of this model acts as a major differentiator, providing a surgical advantage in air pressure and acoustic consistency. Its professional industrial finish and ultra-precise mechanical internals are high-impact benefits for users in the UAE who demand professional-grade hardware for a reliable digital ecosystem. For the creator who requires technical dominance and a flagship-tier thermal anchor, this fan offers a level of refinement and mechanical excellence that redefines the 120mm category.
Specification
Feature | Details |
|---|---|
Model | ASUS ProArt PF120 Fan (Single Pack) |
Fan Size | 120 x 120 x 28 mm (High-Performance Thickness) |
Bearing Type | Fluid Dynamic Bearing (FDB) |
Maximum Speed | 3000 RPM (+/- 10%) |
Max Airflow | 104.8 CFM |
Max Static Pressure | 7.3 mmH2O |
Noise Level | 19 ~ 39 dB(A) |
Control Profiles | 1400 / 2200 / 3000 RPM Presets |






































