The patented invention of the innovative Bourque metal alloying process is called  “Kryron.”  The Kryronization process creates Carbon Nanotube Metal Matrix Composites (CNT-MMC) using standard alloys and base metals.

Enhanced Qualities to Common Metals & Alloys

Research and development will be ongoing to identify and commercialize the many potential applications of the materials throughout a variety of industries.  The qualities of the Kryron CNT-MMC metals and alloys are being lab tested to further quantify these characteristics for various Kryron alloys made of aluminum, steel, copper, and lead. This material data will enable other organizations to identify the viable uses of Kryron to improve their products and provide the core information necessary to move forward with further investigation of potential opportunities.

Carbon nanotubes (CN) are one-dimensional nanostructures that, because of their unique electrical versatility, are capable of providing remarkable electrical and mechanical properties. The properties Bourque has demonstrated between CN and substrate are virtually unique in the world of metals, affording an entirely new paradigm of opportunities for its use in ballistic armor, electric distribution and transmission, mechanical components, and other industries.