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Advanced Materials Processing Folio
The category of advanced materials generally includes technical ceramics, polymers, semiconductors, biomaterials
and nanomaterials. Nanomaterials are generally defined as material having at least one dimension less than 100
nanometers, and offer uniquely beneficial qualities for optical, electronic, mechanical and thermo-physical types
of applications. Graphenes are a class of nanomaterial that is rapidly being adopted due to its exceptional tensile
strength, electrical conductivity, transparency, and being the thinnest two-dimensional material known to man.
Technical ceramics enable innovations in aerospace, defense, energy production, and industrial processing industries by
expanding on the unique thermal, wear and corrosion resistance of conventional ceramics. Synthetic polymers include
elastomers, polymer fibers and thermoplastics.
Engineers and manufacturers have entered a new era of materials, including those impossible to imagine a few decades ago.
ResonantAcoustic® Mixing allowed researchers to combine nano titanium powder, nitrochitosan and graphene oxide into a
new ternary composite for energetics work. That process is detailed in one of the many articles included in the folio. Also
look for the large-scale production of nanomaterials in multiple articles and patents in the related folio.
RAM technology allows for the discovery of new materials and innovative methods to create old materials. In this folio,
there is a tool to scale up formerly prohibitively expensive carbon capture technology, an option to create more efficient
formaldehyde, and a way to cut down production of materials by hours.
Download the Folio now to learn more.