In fields such as LED lighting, automotive electronics, and PCB boards, the dual needs of heat dissipation and adhesive sealing have always been key technical issues. The emergence of IOTA 69320 condensation-type one-component thermal conductive adhesive material provides an efficient solution for the industry. This silicone thermal conductive adhesive has significant advantages: with a thermal conductivity of 2.03W/m.K, it can conduct heat quickly and help electronic components operate stably; the one-component neutral alcohol-release formula, combined with titanium catalysis, is easy to use and has strong compatibility, avoiding corrosion to substrates. It is in the form of a white paste with a density of 2.75g/cm³ and a surface drying time of only 6-12 minutes. After curing, its hardness reaches Shore 75±5, featuring both efficient adhesion and reliable sealing performance. It has a wide range of application scenarios. It can be used for LED lamp sealing and heat dissipation of automotive electronic components, and can also fill the gaps between high-power triodes, thyristor diodes and substrates such as aluminum and copper. At the same time, it meets the heat dissipation, positioning and sealing needs of PCB boards and electronic components. Its moisture-absorbing and curing property is more suitable for various working conditions, providing protection for the stable operation of electronic equipment in various fields.