Today's personal computer cooling field, air-cooled radiators, although basically out of the high-noise violence of the heat cycle, but generally toward the large volume, more heat pipes, and ultra-weight direction, which the user in the actual use of the radiator and the installation of a great deal of inconvenience, but also on the computer parts of the load-bearing capacity of the pressure to bring the great test. In view of the above dilemma of the post air-cooled era, liquid cooling radiator gradually accepted by the majority of computer users. As a mature cooling technology, liquid cooling has been widely used in industrial ways, such as automotive, aircraft engine cooling. The application of liquid cooling technology in the computer field is not because the development of air-cooled cooling has come to an end, but due to the liquid heat dissipation rate is much faster than air, so the liquid cooling radiator tends to have a good heat dissipation effect, but also in the noise can also be very well controlled. Because of all the advantages in terms of cooling efficiency and quietness, liquid-cooled cooling emerged soon after the popularity of air-cooled cooling for computers.
Happily, today, liquid-cooled cooling in computers is gaining popularity, a situation that is attributed to the safety and stability of liquid-cooled cooling, which has made great strides. A typical water-cooled cooling system must have the following components: a water-cooling block, circulating fluid, a pump, piping, and a tank or heat exchanger. The water cooling block is a metal block with internal water channels, made of copper or aluminum, that is in contact with the CPU and will absorb heat from the CPU. The circulating fluid is moved through the circulating piping by the action of a pump, if the fluid is water, it is what we commonly call a water cooling system. The liquid that has absorbed the heat from the CPU will then flow away from the water cooling block on the CPU and the new cooler circulating liquid will continue to absorb the heat from the CPU.