Processor heat transfer goes directly to your IHS, that "shell" with more chip and we place a heatsink on it. The problem is or IHS and the top of the heatsink is completely flat and the interaction between the two elements is incomplete, so it is necessary to use thermal paste, thus improving the heat transfer.
The bonding or lining method consists of sanding . By doing this, we will make the heat transfer from the processor to the heatsink more efficient (though we will still need thermal paste), and be able to improve the temperature. In some cases, the heat exchanger processor has several values to do this method
Note: First, we must warn you that unlike the cheating process, the automatic mapping process produces a warranty processor, so we recommend that if you intend to do so, do so at your own risk and know that you will comply with the warranty.
What do you need?
- Water paper of roughnesses 400, 600 and 800. They can be purchased at any hardware store.
- A piece of glass or a piece of metal as smooth as possible.
- Tea installation.
- Water
How to get rid of IHS and heatsink
The process is very simple, although it requires a lot of time and patience. The first thing to do is to find a place where you can leave the processor and heatsink repaired, so that it doesn't move again without damage. Once we get it to work, we have to prepare the sandpaper, and we'll start the "far enough" of all, 400.
The first thing to do take a piece of glass or a smooth metal and attach the sandpaper
The method of tasting is as follows: sandpaper should be watered again make 30 passes, all in one place (avoid circular motion). When the 30 passes are over, you turn 90 degrees to make another 30 passes, turn 90 degrees and give 30 passes, etc. We need to do this until we can see that the surface changes color and becomes smoother and darker.
Once you have seen that the surface stays this way, it is time to replace the 600 sandpaper and repeat the same process.
With 600 sandpaper you have to repeat the process of passing 30 times on each side for a while, until all the surface is covered or uniform. Remember moisten the sandpaper with water constantly, every time you see that it starts to stay dry.
The final step, with 800 sandpaper, is to give it the last few passes. With this sandpaper we can almost mirror the effect on the IHS or heatsink.
Once we have done the listing process on both the IHS and the heatsink, we can begin to evaluate its thermal performance (keep in mind that removing lumber does not prevent the use of thermal paste, it just makes the surface smooth and connects better). In the best cases, temperatures of up to 10ºC can be achieved, but in extreme cases, 1-2ºC is usually the least available.