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Advantages of thermal conductive adhesive

       Advantages of thermal conductive adhesive
1. The use of thermal conductive adhesive can improve the performance of the heat sink. The application of glue in a reasonable manner when the thermal conductive adhesive filled the gap between the heat sink and the heat source. Gap filling is very important, if the glue is not filled, the heat is prevented from dissipating out, you can only spend money again to repair or replace.

2.With thermal adhesive bonding radiator can ensure the stability and reliability of the required temperature and technical parameters. For example, you can actually do without the deterioration of the bonding surface, brushing the surface of the glue and catalyst can eventually achieve the desired effect. In addition, the thermal conductive adhesive is easy to use, can be self-leveling, no need to pretreat the surface, therefore, the cost of the product and the application of glue time are substantially reduced.

3.Fast curing two-component thermal conductive adhesives can effectively bond electronic components and heat sinks without mechanical devices. These acrylate structural adhesives have substantial cost advantages over mechanical fixtures, and this frequent need for positioning during production and assembly often adds additional costs. Firmly bonding the components with a room temperature curing thermally conductive adhesive not only cools the vertical surfaces, but also cools the metal housing and side panels, which are not fitted with chips, screws or other mechanical positioning devices. Acrylic ester thermal conductive adhesive can also replace mechanical devices and silicone grease that causes pollution.

4.Some electronic components, such as master video processors, can not punch holes or install clamps and rivets to fix the heat sink. This situation thermal conductive adhesive is the ideal solution. Adhesive not only provides the mechanical strength of the bond between the heat sink and the heat source, but more importantly, it can fill all the gaps and exclude the air between the parts (insulation).

5. The thermally conductive adhesive can also bond many kinds of materials, even if dirty or surfaces that need to be greased can be used. 10g vibration tests show that the bond has no adverse effects. Thermal conductive adhesive also has high peel strength and high impact strength, bonding firm, durable, anti-vibration. After a wide range of ambient temperature and humidity tests and aging experiments, this thermally conductive adhesive not only fully met the requirements, but in fact far exceeded the basic properties of tensile strength and thermal conductivity originally envisioned.

        Traditional applications of thermally conductive adhesives for packaging include: chip soldering, microelectronic packaging for mounting heat sinks, and sensor packaging. In addition, with the development of electronic and electrical engineering, LED lights, solar equipment, heat exchangers and automotive parts, more and more new power electronics have different needs than before. Thermally conductive adhesives have a wide range of applications for these products, in addition to meeting different mechanical properties, unique requirements and challenging process parameters, such as adhesives to join components with mismatched thermal conductivity.

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