How the Dual-Pass Radiator Works

How the Dual-Pass Radiator Works

With the recent introduction of compact, high-performance water cooling systems, the market has been flooded with new water cooling radiator designs.water cooling radiator Many of these have different ways of using the CPU's pressure in order to achieve their unique cooling effects, but some use pumps to achieve more efficient water cooling. Although these pumps have existed for a long time, they are becoming increasingly popular in water cooling systems due to their simplicity and effective performance. The Corning Hydro Series XR-5 360mm Water Cooling Radiator offers exceptional extreme custom water cooling performance, utilizing thirty-mm copper radiator fins and 25 millimeter copper heat sinks for optimized thermal transfer rates.

Using a combination of copper fins and a high-temperature copper block, the Corning Hydro Series XR-5 radiator accomplishes an efficient combination of cooling and heat dissipation, allowing it to use a low level of water cooling loop.water cooling radiator water cooling radiator Utilizing a pump to increase the pressure of the water in the cooling loop, the radiator allows for extremely efficient operation even under full load. Utilizing a copper core, it provides uncompromised water cooling performance across all fan speeds. The Corning Hydro Series XR-5 is available in three color schemes: Silver/Light Gold, Matte Black and Matte Silver.

Another option is the award winning Thermalright Heatpipe.water cooling radiator These high quality liquid cooling radiator products combine excellent copper vapor chambers with stainless steel tubing. The innermost of the tubes is made of pure copper, while the outermost is made of Silicone Silicon Hydride, also known as Silix, which is an extremely efficient conductor of heat. This not only increases the surface area of the radiator, but also allows for greater conductivity of heat, which improves the efficiency of the radiator. The innermost of the two copper Vapor Chamber tubes is an inch in diameter, while the outermost tubes are eight inches in diameter.

The premium copper design used in the Thermaltoo range allows for exceptional heat dissipation, which is necessary in a water cooling radiator. The innermost of the two copper tubes, also eight inches in diameter, is designed to run six times more effectively than the conventional inner tube, while still providing superior cooling performance. Utilizing a patented linear design, the radiator dissipates heat effectively and maintains its cool temperature throughout the whole cycle of operation. Utilising a patented method called 'air induced convection' the cooled air is then passed through an ultra-smooth air flow control valve. The final step in the custom cooling performance of the Thermaltoo range is the addition of a high performance blower fan.

When it comes to increasing the overall cooling capacity of the radiator, the Thermaltoo range offers the most comprehensive options. The radiator can handle an increase in both the input power and the output, as well as utilizing a number of different techniques for increasing surface area, and ultimately increasing the efficiency with which the system operates. In a typical scenario, the radiator may use a one or two-cycle cooling method for increasing cooling capacity, or may use a combination of techniques, each offering a higher level of effectiveness. There are a number of benefits that result from the use of a combination radiator, and the same is applicable to the Thermaltoo range as well.

Another benefit to be gained from the use of a dual-pass radiator is that of increased reliability. The reason behind this is that the dual-pass design utilises a single heating element, rather than two, which is required in order to provide effective cooling capacity. This is therefore a design that has very high reliability levels, with the result that it rarely sees any sort of failure. When it comes to the heat conductivity of the Dual-Pass Radiator, there is also a considerable degree of improvement that can be made. The reason for this is that in a typical situation, there is typically a lower heat-trapping capacity when using radiator designs, but the increased level of efficiency provided by the design means that the same amount of heat is produced without having to use more heat conducting materials or create a higher floor area. The result is an overall increase in efficiency, and the Thermaltoo range is renowned for being one of the most efficient systems available in the market today.

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