How can I tell if the CPU silicone is coated? 30

The appearance can only be visually inspected to see if the application is uniform, don't apply too much, too much is not good, and use a fan to press the silica gel to squeeze it out, don't apply too much, half a little is enough, half of the silica gel smearing area is about the same as the volume of 3-4 grains of rice, more silica gel is not good.

Apply a little thinner, apply evenly, generally depending on your computer system.

The configuration and software usage, if you deal with ** or have more games, you should apply it once every six months, and check the graphics card at the same time. If your computer is only for office use and ordinary Internet use, then you can do it without wiping it.

Internally, look before and after application, run for 24 hours to see if the temperature fluctuates or decreases.

There are some details that need to be paid attention to during the application process of CPU silicone to ensure that the application is even and smooth. Here are some ways to tell if CPU silicone is well coated:

1.Observe the uniformity of the silicone application. During the application process, the silicone should be evenly covered over the entire CPU chip, with no voids and thicker or thinner places. Observation can be achieved with a magnifying glass.

2.Touch the silicone surface. The coated silicone should be smooth and have no bumps or protrusions on the surface. It should be flat and smooth, like most other surfaces.

3.Check the color of the silicone coating. CPU silicone should be clear or light gray. If the silicone coating has a dark or opaque color, it may mean that the silicone is applied unevenly or is contaminated.

4.Check the drying of the silicone coating. The silicone coating should be completely dry and fixed on the chip surface. If the coating still has a wet feel or uneven color, you need to wait longer for it to dry.

After coating the CPU silicone, the entire CPU also needs to be checked once to make sure that there is no residue of any substance or coating left. This will ensure that the CPU will be able to function properly and will not overheat or get damaged.

CPU silicone, also known as CPU silicone grease and thermal grease, is an indispensable layer of heat dissipation medium between the CPU and the heat sink. To determine whether the CPU silicone is well coated, you can go through the following steps:

1.Wash and clean up the original silicone and the dust and stains on the surface of the radiator.

2.Take an appropriate amount of silicone, squeeze it on the crystal head, and then apply the silicone evenly on the radiator, not too thick or too thin, to avoid excessive or insufficient.

3.After applying the thermal grease evenly, place the heatsink on the CPU and insert it evenly, so that it adheres tightly to the CPU.

4.After disassembly, check whether there is any dead corner coating unevenly, whether the color is consistent, if the silica gel distribution is consistent, the color is uniform, it can be used normally.

In conclusion, it is very important to apply the CPU silicone correctly. Any protrusion and build-up will reduce the heat dissipation efficiency and CPU life, so it is also important to pay attention to the appropriate amount of silicone, not too much or too little, so as to ensure the stability and life of the CPU.

Silicone grease contains trace metal components, and too much coating will affect the motherboard circuit and affect the heat dissipation.

Theoretically, under the premise of ensuring that it can fill the gap between the CPU GPU and the surface of the heat sink, the thinner the thermal grease layer, the better, after all, in terms of thermal conductivity, no matter how good the silicone grease is, it can't compare to copper and aluminum.

In response to the problem of silicone grease overflow, if there are various inexplicable errors when using it for the first time (in a short time), it is necessary to further clean up the silicone grease on the motherboard. If the temperature is too high, you should consider scraping off the excess silicone grease on the CPU.

Contains trace metal components, which can affect the motherboard circuit and affect heat dissipation.

Theoretically, under the premise of ensuring that it can fill the gap between the surface of the CPU GPU and the heat sink, the thinner the thermal grease layer, the better, after all, in terms of thermal conductivity, no matter how good the silicone grease is, it can't compare to copper and aluminum.

With a large amount of silicone grease, the CPU temperature fluctuates between 63 and 64. The thickness of the silicone grease layer has an obvious effect on heat dissipation. The key to application is to be even, free of bubbles, free of impurities, and as thin as possible.

Silicone is the link between the CPU and the heatsink to transfer heat. If you don't do it during the installation process, it is likely to keep the CPU hot, or even burn it. It is very important to apply the silicone grease correctly or not.

It is to be uniform, free of bubbles, free of impurities, and as thin as possible.

In fact, many friends like to win by quantity when coating thermally conductive silicone, but in fact, this is to push the CPU into the fire pit. Theoretically speaking, under the premise of ensuring that it can fill the gaps on the surface of the CPU GPU and the heat sink, the thinner the thermal conductive silica gel layer, the better, after all, in terms of thermal conductivity, no matter how good the thermal conductive silica gel is, it is not as good as copper and aluminum.

The right application method can make the CPU heat dissipation work at its best.

Many people think that the larger the amount of thermal conductive adhesive, the better the thermal conductivity, in fact, it is not, according to research, the thermal conductivity of copper and aluminum is many times stronger than that of silica gel, so the correct application method should be to ensure that it can fill (CPU GPU) and the surface of the heat sink on the premise of blind burial, the thinner the thermal grease layer is the better.

I've done this test myself (of course, it's not standard), and when the thickness of the thermal grease is thicker (about millimeters), the CPU temperature is 45 degrees Celsius after booting up, and it reaches up to 62 degrees Celsius after running games. Then I removed the heatsink, removed part of the silicone grease and reinstalled it, and the temperature was around 41 degrees Celsius after turning it on, and the temperature reached 56 degrees Celsius for the same amount of time running the same game. As a result, the correct application of silicone grease plays a crucial role in reducing the temperature of the CPU GPU.

CPU silicone is thermally conductive, without silicone, it cannot well conduct the heat of the computer to the heat sink, so the computer will shut down due to high temperature.