|
Enerdyne Solutions has two advanced cooling technologies that boost performance,
cut costs, reduce noise, and improve device form-factor, reliability, and longevity.
Technical support services are available to assist in identifying the right solution
for each customer's needs.
Indigo™ is Enerdyne Solution’s breakthrough
thermal interface material, consisting of an ultra-high performing phase change metal alloy (PCMA) TIM
and advanced corrosion mitigation technology, for solid long-term
reliability. With a TIM Thermal Impedance < 0.04°C-cm2/W and
Thermal Conductivity of > 20 W/mK, Indigo is a solution that must be considered for
nearly any thermal management requirement.
Polara™ is a heat spreader that represents a revolutionary
advance in ambient cooling. It offers significant performance advantages because it
uses two methods of heat transfer: passive thermal conduction, and active heat pumping.
This dual mechanism yields performance higher than all other technologies except costly
carbon fiber and diamond composites. Polara serves both general electronics cooling
needs and the more specific problem of hot spot mitigation.
Deployment of both Indigo™ and
Polara™ is straightforward for most applications, and uses
well-understood and broadly employed industry practices. Both technologies have
options that balance performance with design-in complexity; customers can readily
find the right approach to match the specific need.
Papers given at industry conferences and symposia are
available for download, as well as product brochures, data sheets, and other documents.
Frequently Asked Questions (FAQ) and answers are provided.
Enerdyne Solutions strives to provide useful technical content on this web site.
If you have technical questions or comments that are not covered, please
contact us. We’re ready to assist you in finding the
right thermal solution for your needs, and we respond to all queries by the end of the next
business day.
Enerdyne Solutions has the next cool thing. Contact us.
We'll make whatever you have cooler.
| 
