1. Thermally conductive gel is softer and has better surface affinity than thermally conductive pads. It can be compressed to a very low thickness, which significantly improves the heat transfer efficiency and can reach the performance of some silicone greases. In addition, thermally conductive gel has almost no hardness and will not produce internal stress on the equipment after use.
2. Thermally conductive gel is easier to operate than thermally conductive silicone grease. The general operation method of silicone grease is screen or steel plate printing, or direct brushing, which is very bad for users and the environment, and it has a certain fluidity, and generally cannot exceed the thickness of 0.2mm.
3. Thermally conductive gel can be formed into any desired shape, and can ensure good contact for uneven PCB boards and irregular devices (such as batteries, corners of components, etc.).
4. Thermally conductive gel has a certain adhesion, and there will be no problems of oiling and drying, which has certain advantages in reliability.
Advantages of continuous operation:
Thermal conductive gel can be directly weighed and used. The commonly used continuous use method is a dispensing machine, which can achieve fixed-point quantitative control, saving labor and improving production efficiency.
Reliability: The cured thermal conductive adhesive is equivalent to a thermal conductive silicone sheet, which has good high temperature resistance and aging resistance, and can work for a long time at -40~150℃ (200℃ depending on the manufacturer’s definition).
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