How can we quickly choose thermal conductive adhesive from adhesive products produced by different manufacturers? The following methods can be used for reference.
1. Heat dissipation performance
The heat dissipation performance varies depending on different usage requirements and environments. Generally speaking, a dry environment should require good heat dissipation performance, otherwise it can be relatively poor. In short, different heat dissipation performance should be selected correctly according to different conditions, so that the product's heat dissipation performance can be fully utilized.
2. Thermal conductivity coefficient
The selection of thermal conductivity is the accumulation of comprehensive factors. The expected effect, the power consumption of the heat source, and the amount of heat that can be dissipated by the design of the heat sink or heat dissipation structure. Generally speaking, those with low thermal conductivity have relatively low costs, while those with high thermal conductivity have better results and higher costs.
3. Product thickness
The thickness chosen varies depending on the shape and structure of the contact surface. In addition, thickness selection is also related to parameters such as product hardness, density, compression ratio, etc.
4. Product size
The optimal size for thermal conductive adhesive is to cover the heat source. Moderate size is the most effective way to maximize the effectiveness of the product.
5. Product brand
Different brands may have varying levels of awareness and reputation, but ultimately it all comes down to the performance and service of their products. The larger the general brand and the better its reputation, the more outstanding it will naturally be,
I hope that through a brief introduction, everyone can have a certain understanding and knowledge of the selection of thermal conductive adhesive.