Cryorig H5 Universal Single Tower Heatsink with 140mm Fan -

Product information: H5 Universal Single Tower Heatsink with 140mm Fan - White Frame 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 H5 Universal CPU tower cooler auch noch blendend aus. The CPU Tower Cooler H5 Universal at a glance CPU tower coolers made of copper and aluminium for best cooling performance Suitable for installation even with oversized RAM modules Specially arranged honeycomb-shaped cooling fins ensure optimum removal of residual heat Suitable for processors with up to 160 watts TDP Height: 160 mm Uncomplicated installation Optimised Airflow Output for More Efficient Cooling With the CPU cooler H5 Universal, Cryorig relies on three 6mm thick heatpipes that connect the nickel-plated copper base plate to the tower of the heat sink. The special feature is the design of the slats. The cooling fins are honeycomb-shaped and constricted towards the outlet. The honeycomb shape prevents turbulence and at the same time ensures that the air flows evenly through the fins. The constriction additionally ensures an optimized air flow, called Jet Fin Acceleration System by Cryorig. This allows the heated air to be removed from the tower cooler more quickly. With the central positioning of the heatpipes and the heat sink to the base plate, the CPU cooler can be installed in such a way that it does not protrude over the RAM modules. RAM modules with their own oversized heat sinks can also be installed, regardless of which direction the Cryorig H5 Universal is placed in. Quick & Easy Installation As an effective anti-vibration measure, four rubber dampeners are embe...