Vapor Phase Refrigeration

Let's first discuss the technology behind the Kryotech Cool K6-3 system, and the Kryotech design in general. When you open up your kitchen refrigerator you're greeted by a refreshing gust of cold air courtesy of a technology that has been literally right under our noses for decades, and a technology Kryotech took the first step in moving towards becoming a desktop computer cooling solution. You're all probably familiar with the old household refrigerant, freon. In the early 90's freon was quickly replaced as a refrigerant by a more environmentally safe alternative, and that is exactly what the basis for Kryotech's cooling solution is. Vapor Phase Refrigeration, as the technology is referred to, uses the physical properties of a refrigerant like the one mentioned above to achieve an effective level of cooling, by taking the refrigerant stored in a liquid form and heating it to the point where a phase change is initiated converting the liquid to a gas which cycles through the cooling system and is returned to a compressor which initiates another phase change and compresses the gas to a near-liquid form. This enables the heat to be removed from the source, and the cooling system itself to remain self sufficient.

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Kryotech claims that Vapor Phase Refrigeration is 50 times as effective as traditional forced air cooling (your standard heatsink/fan combo cooling device) and 5 times as effective as forced liquid cooling. Using Vapor Phase Refrigeration, Kryotech has been able to allow their products to run at levels around -40 degrees Celsius, an achievement which opens new doors for desktop computing opportunities, the biggest of which happens to be overclocking.

Solving the Problems The Cool new Cool K6-3
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