Holiday Shipping Details & Extended Holiday Returns 
APOLAR 120 ARGB
3 Fan Pack
Elite Universal Modular Fan
A fully circumscribed fan maximizes the surface area of the fan blades, delivering maximum performance without compromising style. The Apolar 120 ARGB fan raises your PC building game with efficient quick release daisy-chaining while the Q-Stop “Quiet Stop” dampening system eliminates hum and noise.
- Quick release tool-free connectivity allows for seamless, flexible modularity in any orientation with minimal mounting.
- Q-Stop double vibration suppression eliminates noise and oscillatory load.
- Light bar placement ensures full view of ARGB lighting from any angle.
- HDB hydrodynamic bearings extend lifespan and reduce noise; PWM control automatically optimizes RPM.
- Enhanced Airflow Channels improve efficiency and reduce noise by minimizing suction side flow separation.
Cooling Mastery
Embrace full-scale cooling mastery with the Apolar 120 ARGB’s expanded fan size, circumscribing the entire unit for optimum blade surface exposure. Experience unrivaled airflow delivery without compromising on the stunning RGB lighting, delivering a perfect harmony of performance and style.
Chain Combo
The quick-release connection system allows seamless daisy chaining for rapid integration, ensuring optimal airflow efficiency: swift, easy, tool-free assembly that keeps your rig cool without the hassle.
Caution: The recommended configuration is no more than three fans due to the limitations of your power source devices. Connecting four or more fans may increase the probability of malfunction due to insufficient voltage.
Fan Service
The Hydro Dynamic Bearings (HDB) extend fan life and reduce noise, while PWM control technology enables precise control of fan speed.
It’s Always The Quiet Ones
Our Q-Stop - Quiet Stop - dampening system completely changes our cooling game. This technology disperses the vibration generated by the fan blades’ operation, eliminating noise and oscillatory load.
Silent Stream
Enhanced Airflow Channels separate flow on the suction side into minimal streams, improving efficiency and reducing noise.
