Thermaltake Launches New CT ARGB Sync Fans
Thermaltake, a leading brand in premium PC hardware solutions, has launched the CT120/140 ARGB Sync PC Cooling Fan (2-fan pack) and the CT120/140 Reverse ARGB Sync PC Cooling Fan (2-fan pack) in various colors. These products are designed to cater to all PC usage scenarios, further expanding Thermaltake’s renowned multi-color lineup. The new fans are available in black, white, hydrangea blue, and matcha green.
Enhanced Design and Features
The CT ARGB Sync series boasts upgraded fan blades that offer improved cooling performance. The series includes both standard and reverse blade fans. These can provide optimal airflow and static pressure, enhancing the overall cooling efficiency of your PC. The reverse blade fans generate airflow from rear to front, allowing more flexibility in fan placement without compromising aesthetics.
Flexible Customization Options
These fans feature 9 addressable LEDs, enabling users to customize lighting effects with 16.8 million colors using 5V motherboard lighting software. Whether aiming for a unified color scheme or a mixed-color setup, the CT ARGB Sync fans offer exceptional aesthetic flexibility. The inclusion of Thermaltake’s iconic hydrangea blue and matcha green colors broadens your choices for creating a uniquely attractive PC build.
Efficient Cable Management
The CT ARGB Sync series incorporates a cable-integrated daisy-chain design, reducing the need for multiple 4-pin PWM and 3-pin ARGB ports on your motherboard. This design ensures excellent cable management, minimizing clutter. The package also includes two 5V ARGB connector clips to secure connections, facilitating a more organized installation process.
For PC enthusiasts seeking high-quality, visually appealing, and efficient cooling solutions, the CT120/140 ARGB Sync and CT120/140 Reverse ARGB Sync fans from Thermaltake are an excellent choice. These fans not only enhance your PC’s appearance but also boost its performance, providing an unbeatable combination of style and functionality.
