Better contact means increased performance. The patented DirectCompress Soldering system increases the actual contact surface between the heat pipes and the heat spreader fins. DirectCompress Soldering has up to 10% more contact area compared to traditional joints, and a larger contact area translates to faster heat conduction.

Heat dissipation and space creation. Heat spreads radially on the radiator fins. Therefore, by arranging the axes of the heat pipes on the radiator fins, we followed the Heatsink Displacement Optimization, which allows for better and more uniform heat dissipation.

Accelerated air exhaust. Each tower of the radiator is divided into two sections - a loose air intake layout and a high-density exhaust layout. According to the laws of fluid dynamics, increasing the number of fins in the exhaust section compresses the airflow and increases its speed. Increasing the airflow speed in our Jet Fin Acceleration System allows the heated air to leave the tower faster and cool the processor more efficiently.

Optimized Heatpipe layout for complete processor surface coverage. The R1 Heatpipe Convex-Align system allows for placing more heat pipes on a given surface, optimized heat pipe arrangement on the copper base, and better fit to your processor. In the Heatpipe Convex-Align system, each heat pipe operates at the maximum value of the Designed Thermal Power.

Silence the noise because silence is cool. Acoustics are as important as performance. Therefore, the XF140 140mm fan is acoustically integrated. The XF140 uses our High Precision Low Noise (HPLN) bearing and a removable acoustic vibration absorber, making it precisely matched while reducing vibrations and noise.

Patented MultiSeg quick-mount system. The patented MultiSeg quick-mount system provides an integrated solution on Intel platforms. CRYORIG's MultiSeg quick-mount system allows for a more secure and safe installation within minutes.

Fast, easy, and reliable. CRYORIG products are designed from the ground up to be user-friendly and easy to operate.