CUTTING 5G HEAT DISSIPATION MATERIAL

5G heat dissipation material is a thermal interface filler material, which is made of metal oxides as thermal conductive fillers through a special process. Reduce the thermal resistance of the heat dissipation interface, protect the components, and improve the reliability of the overall product.

5G heat dissipation materials have special materials because of their special functions. The materials contain a lot of metal oxides, and the thickness of the 5G heat dissipation materials used is as thin as possible. On the one hand, the traditional mechanical cutting is because the metal oxides contained in the materials are very thin. It is easy to be damaged, and on the other hand, the thickness of the cutting cannot meet the production requirements. Ultrasonic cutting avoids the shortcomings of traditional mechanical cutting to a certain extent, cutting 5G heat dissipation material blade loss is low, and the 5G heat sink obtained by cutting is flat and thin.

The ultrasonic vibration reduces the frictional resistance between the blade and the 5G heat dissipation material, so that the blade can smoothly cut the 5G heat dissipation material without deformation, and there will be no burnt cut surface. Ultrasonic vibration reduces material sticking on the blade, thereby reducing downtime in cleaner production systems. Throughout the cutting process, the blade surface remains smooth, clear and clean.

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