In fields like automotive electronics and battery cell packaging, is it often a struggle to balance heat dissipation and bonding? IOTA 69322, a condensation-type two-component thermal conductive adhesive material, is specifically designed for high-demand heat dissipation scenarios, easily resolving this industry pain point!
It is a white paste-like silicone adhesive that mixes in a 1:1 ratio. Its operation is simple and user-friendly—no complex proportioning tools are needed, even beginners can master it quickly. With a thermal conductivity of 0.9W/m·K and excellent bonding performance, it not only conducts device heat efficiently but also bonds components firmly. This ensures key parts such as automotive regulators and battery cell gaps have both reliable heat dissipation and structural stability.
What’s more noteworthy is its good thermal stability—it won’t age or fail easily during long-term use. Additionally, its two-component neutral alcohol-release formula is gentler and compatible with various substrates. The 30-minute working time provides ample buffer for construction, and after curing, it achieves a hardness of 70±5 Shore A, which can withstand slight vibrations and temperature fluctuations during device operation, offering solid protection for precision electronic equipment!