Foster-miller, Inc.

Roland R Wallis, Jr

Robert F Kovar

Joseph S Boyce

Daniel E Bullock

Robert Kovak

This invention relates in general to a method for the formation of films having a controlled molecular orientation prepared from rod-like extended chain aromatic-heterocyclic ordered polymers, and containing a binder in the micro-infrastructure. Such films have high tensile strength, modulus, and environmental resistance characteristics.

Method for preparing interpenetrated polymer films

This invention relates in general to the formation of fibers having a controlled molecular orientation prepared from rod-like extended chain aromatic-heterocyclic ordered polymers, and containing a binder in the micro-infrastructure. Such fibers have high tensile strength, modulus, and environmental resistance characteristics.

Interpenetrated polymer fibers

This invention relates in general to the formation of films having a controlled molecular orientation prepared from rod-like extended chain aromatic-heterocyclic ordered polymers, and containing a binder in the micro-infrastructure. Such films have high tensile strength, modulus, and environmental resistance characteristics.

Interpenetrated polymer films

Translaminar reinforcement structure for localized Z-direction reinforcement of composite structure includes a body of thermally decomposable material that has substantially opposed surface, a plurality of reinforcing elements in the body that extend generally perpendicularly to one body surface, and pressure intensifying structure on the other opposed body surfaces for applying driving force to the reinforcing elements for insertion into the composite structure as the body is subjected to elevated temperature and decomposes.

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Allston, MA, United States of America

Roland R Wallis, Jr