Organic/Inorganic Polymeric Composites for Heat-Transfer Reduction

Smith, Trent; Williams, Martha

Organic/inorganic polymeric composite materials have been invented with significant reduction in heat-transfer properties. Measured decreases of 20-50 percent in thermal conductivity versus that of the unmodified polymer matrix have been attained. These novel composite materials also maintain mechanical properties of the unmodified polymer matrix. The present embodiments are applicable, but not limited to: racing applications, aerospace applications, textile industry, electronic applications, military hardware improvements, and even food service industries. One specific application of the polymeric composition is for use in tanks, pipes, valves, structural supports, and components for hot or cold fluid process systems where heat flow through materials is problematic and not desired. With respect to thermal conductivity and physical properties, these materials are superior alternatives to prior composite materials. These materials may prove useful as substitutes for metals in some cryogenic applications. A material of this type can be made from a blend of thermoplastics, elastomers, and appropriate additives and processed on normal polymer processing equipment. The resulting processed organic/inorganic composite can be made into fibers, molded, or otherwise processed into useable articles.

Document ID

20090016247

Acquisition Source

Kennedy Space Center

Document Type

Other - NASA Tech Brief

External Source(s)

http://www.techbriefs.com/component/content/article/2865

Authors

Date Acquired

August 24, 2013

Publication Date

June 1, 2008

Publication Information

Publication: NASA Tech Briefs, June 2008

Subject Category

Report/Patent Number

Distribution Limits

Public

Public Use Permitted.

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20090016247.pdf

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NTRS

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