In the field of automotive electronics and precision components, the dual demand for efficient thermal conductivity and strong bonding is increasingly urgent. The IOTA 69445 addition-curing one-component thermally conductive adhesive material has emerged as the preferred choice in the industry with multiple advantages.
This material supports stencil printing and dispensing processes, enabling flexible and convenient operation. It can quickly cure and form at 150°C in 30 minutes, with a thermal conductivity of 2.5W/m.k and a low thermal resistance change rate, ensuring stable heat transfer. Meanwhile, it boasts a hardness of 75±5 Shore A and an aluminum-aluminum shear strength of 2.2MPa, balancing flexibility and bonding reliability.
Whether for the assembly of plastic casings and aluminum plates of automotive electronic components, or the thermal conductive fixing of heating devices and MOS tubes, it can perform excellently. In addition, in scenarios such as the bonding of heating elements, the fixing of wafers, and the bonding and sealing of casings, its outstanding performance can effectively improve product stability, providing reliable protection for the long-term operation of various precision components.