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ABOUT NOVEL CONCEPTS, INC.
Novel Concepts develops, designs, and optimizes thermal management technologies.
With a core focus on computational fluid dynamics (CFD) integrated with proprietary computer shape optimization, Novel Concepts has uniquely solved some of the industry's most difficult thermal challenges.
Using high speed servers, Novel Concepts can quickly explore a large solution space, allowing for greater design flexibility, while improving the chances of finding those unique patentable solutions, necessary for today's competitive environment.
In addition, we have solid state thermoelectric Peltier cooler geometric and electrical optimization software, which provides unmatched Peltier cooler performance and efficiency.
Since 1982 over 500 million thermal management devices have been manufactured using our patented technologies.
"With semiconductor power densities surpassing that of a nuclear reactor, power dissipation becomes a primary design obstacle." (Daniel L. Thomas, Chief Technology Officer)
Examples of typical thermal management technologies we have developed for our clients include:
- world's thinnest integrated fan heat sinks (patented)
- world's thinnest active heat spreader (patented)
- world's most thermally conductive plastic (patented)
- recessed LED light cooler with asymmetrical air flow (patent pending)
- low cost photovoltaic (solar) coolers for concentrated arrays
- lightweight cold plates and heat sinks, for military robotics
- Peltier coolers (solid state thermoelectric coolers)
- low stress heat sinks for large Peltier cooler arrays
- high density LED array coolers (LED heat sinks)
- microfluidic cooling plates (microchannel heat sinks)
- notebook, desktop, and handheld microprocessor coolers
- wearable thermal signaling devices
- lightweight compact heat exchangers for aerospace and avionics
- programmable Peltier laser chillers for wafer fabrication
- computer enclosures for the Alaska pipeline
- vortex coolers for high contamination environments
- solid state temperature sensors for data acquisition
- microprocessor thermal dummy's for cooling research
- thin film and thick film heaters, on alumina, beryllia, and AlN
- all-polyimide low thermal time constant heaters
- transparent sapphire heaters
- transient phase change heat sinks
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