Industry dynamic

A brief analysis of the application of thermally conductive adhesives in the cooling structure of surveillance cameras


In contemporary society, security systems can be seen everywhere, and surveillance cameras have become an important part of people's lives. Whether in streets, shopping malls, schools or residential areas, there are almost always cameras. From the early analog surveillance to the hot digital surveillance in the past few years and now to the current network video surveillance, the computing speed is getting faster and faster, while the chip size is getting smaller and smaller. During long-term operation, the camera will generate a lot of heat. In order to ensure the normal operation of the camera, heat dissipation must be done well. Thermal conductive glue is an ideal heat dissipation material.

Thermal conductive glue is a material that can improve the heat conduction effect. Its thermal conductivity is much better than ordinary glue. In the structure of a surveillance camera, thermally conductive glue can be applied between the camera and the radiator to conduct heat, thereby ensuring the normal operation of the camera. It can evenly distribute the heat generated by the camera to the radiator, so that the heat can be dissipated more effectively.

During the operation of the camera, the thermally conductive adhesive can stabilize the temperature. Because the thermally conductive adhesive has good thermal conductivity, it can quickly conduct the heat generated by the camera to the radiator, thereby keeping the temperature of the camera within a suitable range. In this way, the camera can work for a long time without being affected by heat, avoiding failures caused by overheating.

Another advantage of thermal paste is its reliability. In surveillance cameras, thermally conductive adhesive can effectively fix the structure of the camera and radiator, thereby reducing poor heat conduction caused by looseness. Thermal conductive glue can firmly bond the camera and the heat sink to ensure that the contact area between them is maximized, thereby improving the heat transfer effect.

In addition, thermally conductive adhesives are resistant to vibration and high temperatures. During the operation of surveillance cameras, cameras often face various vibrations, and thermally conductive adhesive can effectively reduce the impact of vibration on heat conduction and ensure the stability of the heat dissipation effect. In addition, the thermally conductive adhesive can withstand high temperature environments and will not melt due to high temperatures, ensuring the normal operation of the camera in high temperature environments.

The application of thermally conductive adhesive in the heat dissipation structure of surveillance cameras is of great significance. It can improve heat conduction, stabilize temperature, increase structural reliability, and has anti-vibration and high-temperature resistance. With the continuous advancement of technology, the application of thermal conductive adhesive in the field of surveillance cameras will become more and more extensive, bringing more convenience and safety to our lives.

TENSAN focuses on the R&D and manufacturing of electronic adhesives. It has complete system certification and sufficient production capacity support. It has 20 years of industry experience and has always taken "materials to change life" as its mission. Offering a comprehensive thermal adhesive product portfolio and suitable thermal adhesive solutions for surveillance cameras.

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