Cryorig R1 Ultimate Dual Tower CPU Heatsink with 2x 140mm Fa

Product information: R1 Ultimate Dual Tower CPU Heatsink with 2x 140mm Fan - Black Cryorig, a relatively young company, quickly became famous for its efficient and innovative products in the field of CPU cooling. The team of experienced radiator and OC experts rely on high-quality materials and innovative combinations of individual components to get the most out of air coolers. At the same time, Cryorig attaches great importance to keeping the installation of its CPU coolers as simple as possible. The coolers from Cryorig like this Dual Tower CPU Vooler R1 Ultimate also offer an impressive aesthetic. Cryorigs R1 Ultimate at a Glance: Dual tower CPU coolers in copper and aluminium for best cooling performance Specially arranged cooling fins ensure optimum removal of residual heat Suitable for processors with up to 250 Watt TDP Height: 168.3 mm Compatible with all common AMD and Intel sockets Uncomplicated installation Optimised Airflow Output of the R1 Ultimate In the R1 Ultimate dual-tower CPU cooler, Cryorig installs seven 6mm thick heatpipes that connect the nickel-plated copper base plate to the two towers of the heat sink. The special feature, however, is the design of the blades of the twin-tower CPU cooler. The cooling fins in the front area have a distance of 2.4 mm, while the cooling fins in the rear area have a distance of only 1.8 mm. These different distances ensure an optimized outflow of air thanks to compression. Cryorig calls it the Jet Fin Acceleration System. This enables the heated air to be dissipated more efficiently from the dual tower cooler. Both cooling towers of the finned coolers as well as the heatpipes in between are welded together using a special soldering process to allow ten percent more surface contact. The heatpipes are also arranged in an offset orientation between the two finsm which also ensures optimum heat distribution. Easy and Quick Installation As an effective anti-vibration measure, four rubber dampeners are embedded in ...