Firstly, this thermal adhesive boasts outstanding electrical insulation properties, effectively preventing electrical leakage and ensuring the safe operation of devices. With a thermal conductivity coefficient reaching 2 W·m⁻¹·K⁻¹, it demonstrates excellent heat transfer capabilities, quickly dissipating heat to reduce the operating temperature of electronic components and preventing failures due to overheating.

In terms of curing methods, IOTA DZ6200PC offers flexibility, allowing for either room temperature or heated curing. This feature enables users to select the appropriate curing conditions based on their specific needs, improving operational efficiency. Additionally, once applied, the adhesive does not flow in either horizontal or vertical directions, ensuring that the thermal management performance remains unaffected.

Another significant advantage is its reworkability after curing. If adjustments or repairs are needed during application, this thermal adhesive allows for easy modifications without much hassle. Furthermore, it has a flame retardant rating of V-0, meeting the stringent safety requirements for modern electronic devices, effectively reducing the risk of fire.

It is also noteworthy that IOTA DZ6200PC has minimal shrinkage after curing, ensuring strong and durable adhesion. This characteristic guarantees that the bonding performance will not be compromised by temperature fluctuations, helping to extend the lifespan of the products.

In summary, IOTA DZ6200PC addition-type organic silicone thermal adhesive, with its excellent electrical insulation properties, good thermal conductivity, and flexible curing options, has become an essential choice for thermal management in electronic devices. Whether in power batteries or various electronic products, it effectively performs to enhance the safety and reliability of devices. By choosing IOTA DZ6200PC, users can better tackle the increasing challenges of heat dissipation, ensuring stable operation under high-performance conditions.


Organic silicon thermal conductive gel,pls check IOTA DZ6200PC