In today's electronics and electrical appliance industries, as well as other fields with high requirements for heat dissipation and bonding, the demand for high-performance thermally conductive adhesive materials is increasing day by day. IOTA 69322, a condensation-type two-component thermally conductive adhesive material, has emerged as the times require. With its excellent performance, it is expected to be widely used in multiple fields.
As electronic and electrical devices continue to develop towards miniaturization and high power, heat dissipation has become a key factor restricting the performance and lifespan of the devices. Meanwhile, good bonding performance is also crucial for ensuring the structural stability of the devices. IOTA 69322 is a product carefully developed to meet these needs.
In terms of product characteristics, IOTA 69322 has significant advantages. Its thermal conductivity reaches 0.9W/m.K, which can efficiently transfer heat and provide good heat dissipation protection for the devices. As a two-component neutral alcohol-releasing material, it does not produce harmful substances during use, is environmentally friendly, and avoids corrosion of the bonded materials, ensuring the long-term stability of the devices. In a paste state, it has good operability, making it convenient for construction workers to apply and fill. As a silicone thermally conductive adhesive, it combines the excellent properties of silicone materials, such as good flexibility, resistance to high and low temperatures, and chemical stability.
In terms of technical indicators, IOTA 69322 performs excellently. The 1:1 mixing ratio is very easy to operate. Construction workers can easily and evenly mix the two components without complex calculations and preparations, which improves work efficiency. It has a white paste appearance, giving a pure and stable impression. With a density of 1.8±0.05g/cm³, this stable density ensures the consistency of the material's physical properties in different environments. The operating time is 30 minutes, which provides sufficient time for construction workers to operate and adjust, avoiding construction difficulties caused by the rapid curing of the material. The hardness (shore A) is 70±5. The moderate hardness allows the material to have sufficient strength to ensure the bonding effect without being too hard to affect its flexibility. The thermal conductivity is stably maintained at 0.9W/m.k, providing reliable protection for the heat dissipation of the devices.
IOTA 69322 has a wide range of application fields. Due to its easy 1:1 mixing ratio, excellent bonding performance, and good thermal stability and conductivity, it can play an important role in multiple industries. In the field of automotive regulators, automotive regulators generate a large amount of heat during operation, which needs to be dissipated in a timely and effective manner to ensure their normal operation. IOTA 69322 can quickly transfer the heat generated by the regulator to the heat dissipation components and firmly bond all parts to ensure the structural stability of the regulator. In the aspect of battery cell caulking, the battery cells also generate heat during the charging and discharging process. IOTA 69322 can fill the gaps between the battery cells, which not only improves the heat dissipation efficiency of the battery cells but also prevents the mutual movement and short-circuiting between the battery cells, ensuring the safety performance of the battery.
With the rapid development of industries such as electronics, electrical appliances, and automobiles, the demand for high-performance thermally conductive adhesive materials will continue to grow. IOTA 69322, a condensation-type two-component thermally conductive adhesive material, with its excellent performance and reasonable technical indicators, will undoubtedly become an excellent choice for these industries. It is expected to promote technological progress and product upgrading in related industries and meet the market demand for high-performance thermally conductive adhesive materials.
IOTA 69322 condensation two-component thermally conductive adhesive material-Silicone Adhesive
