Utilizing carbon-based fillers and elastomer-based resins, the soft TIM pads require very low compression force (below 10 psi) to achieve extremely low contact resistance like that of high-end thermal greases. The flexible TIM has thickness options from 0.25 to 5 mm, and a thermal conductivity of 20 W/mK.
The TIM pads have been validated using third-party testing and they outperformed other commercially available TIM pads as well as high-end thermal pastes. By using non-silicone based polymeric elastomers as a main matrix, Nanoramic has eliminated any silicone oil caused issues such as oil pumping out, drying out, or outgassing which may reduce TIM performance and harm other electronic components. Also, our unique fully reacted elastomer systems minimize TIM hardening or long term reliability issues upon thermal aging and thermal cycling. Nanoramic TIM pads can provide end users the flexibility of TIM choice without sacrificing performance and convenience.