■ electron fluoridation is well chemically inert and does not produce any corrosion in contact with the electronic elements.
■ It is widely used as an electronic test fluid because specific cleaning steps are not required after use. It is also used as a stable coolant due to its good thermal conductivity.
Compared with air cooling technology, liquid cooling technology is much more efficient, large liquid than heat capacity, can maintain relatively constant temperature during heat exchange, the liquid can directly take the heat of the IT equipment, high heat dissipation efficiency, allowing the CPU, GPU chip or accessories to operate in frequency, which can improve the integration or density of the whole IT equipment.
■ ' s most important thing: liquid cooling reduces energy consumption, reduces costs, and is environmentally friendly, reducing noise. The key to liquid cooling is the coolant, which must absorb the heat quickly in vaporization and liquefaction, have high heat transfer efficiency, and must be non-corrosive.
■ Currently, the main coolants are as follows:
When users choose, they focus on scenarios and prices:
The first: it is deionized pure water. Water is a good cooling medium with low price, environment friendly and no pollution free.
The disadvantage is that deionized water is easy to be contaminated and difficult to remain insulated. It can only be used for non-direct contact with liquid cooling techniques. Once leakage leak, the IT equipment will cause fatal damage.
The second kind is mineral oil, which is often seen in many mechanical equipment. Mineral oil is cheap, good insulation, but high viscosity, easy to decompose under certain conditions, and has a combustion risk.
■ Finally, the fluorinated liquid, initially used as a circuit board cleaning liquid, has been used for liquid cooling in the data center due to its insulation and non-combustible. It is currently the most widely used immersion coolant. This shows that the fluoride liquid is the most suitable material for cooling the liquid.