Heat Sinks Heat Spreaders Peltier Coolers

Heat Sink, Peltier Coolers, Cold Plates, Heat Spreaders, Liquid Cooling, Thermal Interface Materials, Computational Fluid Dynamics
Heat Sink, Peltier Coolers, Cold Plates, Heat Spreaders, Liquid Cooling, Thermal Interface Materials, Thermal Design Engineering Development





Heat Sinks, Heat Pipes, Cold Plates, Heat Spreaders, Liquid Cooled Heat Sinks, Thermal Interface Materials, Thermal Design Engineering Development

ABOUT NOVEL CONCEPTS, INC.



Novel Concepts develops, designs, and optimizes, heat sinks, heat spreaders, Peltier coolers, cold plates, liquid cooled heat sinks, and associated thermal management technologies.


Since 1982, over 500 million thermal management devices have been manufactured by our clients, using our thermal management designs and 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.

"With semiconductor power densities surpassing that of a nuclear reactor, power dissipation becomes a primary design obstacle." (Daniel L. Thomas, Founder/CTO)













Heat Sinks, Peltier Coolers, Heat Pipes, Heat Spreaders, Liquid Cooled Heat Sinks, Thermal Interface Materials, Thermal Design Engineering Development
Heat Sinks, Peltier Coolers, Cold Plates, Heat Pipes, Liquid Cooled Heat Sinks, Thermal Interface Materials, Thermal Design Engineering Development
Heat Pipes, Peltier Coolers, Cold Plates, Heat Spreaders, Liquid Cooled Heat Sinks, Thermal Interface Materials, Thermal Design Engineering Development