Description
Experience Premium Cooling: REDRAGON CCW-1019 240 AIO Liquid Cooler
Elevate your system’s thermal performance with the REDRAGON CCW-1019, a sophisticated 240mm all-in-one liquid cooling solution that combines advanced cooling technology with stunning RGB aesthetics.
Key Specifications:
* 240mm aluminum radiator with premium copper cold plate
* Dual 120mm ARGB PWM fans (600-1800 RPM)
* High-performance water pump with ceramic bearing (2800 RPM)
* 3rd generation cooling plate design with optimized micro-channels
* ARGB lighting on both pump head and fans with 16.8 million colors
* Universal socket compatibility for latest Intel and AMD processors
* Maximum TDP support: 250W
* Advanced 3-pin ARGB sync with major motherboard brands
* Ultra-quiet operation: Pump noise 20dBA, Fan noise 18-28 dBA
* Reinforced sleeved tubing with anti-leak technology
* 5-year warranty with zero-maintenance design
The CCW-1019 delivers exceptional cooling performance through its optimized liquid cooling circuit. The copper cold plate features advanced micro-channels that maximize heat transfer from your CPU, while the high-flow pump ensures efficient circulation through the 240mm radiator. Dual 120mm PWM fans provide precise airflow control, automatically adjusting speeds based on thermal demands.
Installation is made simple with a versatile mounting system and pre-applied thermal paste. The premium ARGB lighting system offers stunning visual customization, with seamless synchronization across your build through motherboard integration. Whether you’re an enthusiast overclocker or seeking silent operation, the REDRAGON CCW-1019 delivers reliable, efficient cooling performance while adding a premium aesthetic touch to your system.
The robust build quality, featuring reinforced sleeved tubing and anti-leak technology, ensures long-term reliability, while the zero-maintenance design means you can install it and enjoy years of worry-free operation. This AIO cooler represents the perfect balance of performance, aesthetics, and reliability for modern high-performance systems.
Reviews
There are no reviews yet.