The application scenarios of thermally conductive adhesive are extremely diverse, especially in situations where heat dissipation and bonding are required. Here are some primary application scenarios:

1. Thermal Bonding for Electronic Components
   Thermally conductive adhesive serves a dual purpose of heat dissipation and bonding in electronic components. It can securely bond heat-generating components (such as transformers, transistors, etc.) to heat sinks or printed circuit boards while efficiently transferring heat. This is crucial for ensuring the stable operation of electronic components and extending their service life.

2. Thermal Bonding for LED Lighting Products
   In the field of LED lighting, thermally conductive adhesive is widely used for thermal bonding in high-power LED assemblies, LED display backlight tubes, and other products. It tightly connects LED chips to heat sinks, improving heat dissipation efficiency, reducing LED operating temperatures, and thereby extending LED lifespan and enhancing lighting effects.

3. Thermal Bonding for Power Modules
   Thermally conductive adhesive also plays a significant role in power supplies and power devices in industries such as photovoltaics, electric vehicles, and machinery. It bonds heat-generating components in power modules to heat sinks, enabling rapid heat transfer and dissipation, ensuring stable operation and reliability of the power modules.

4. Fixation and Sealing of Heat Sinks
   Thermally conductive adhesive is also commonly used for thermal bonding between CPU heat sinks, thyristors, chips, and heat sinks. It not only provides strong bonding force to ensure tight contact between the heat sink and heat-generating components but also serves as a seal to prevent the ingress of moisture, dust, and other impurities.

5. Other Application Scenarios
   In addition to the above primary application scenarios, thermally conductive adhesive can be used for coating, fixing sensor surface inserts or tabs, as well as bonding and sealing PTC sheets to aluminum heat sinks. Furthermore, it can be utilized as a thermal conductive agent in industrial cooling systems, heat exchangers, and other situations where enhanced thermal conduction is required.

In summary, thermally conductive adhesive has a wide range of application scenarios and significant application value. When selecting thermally conductive adhesive, comprehensive consideration should be given based on specific application needs and working environments to ensure it meets usage requirements and performs optimally.