
Nanotailor, Inc. was literally started based upon the inability of nanotechnology integrators to purchase high quality SWCNTs having consistent purity with predictable leadtimes. After surveying the market and working closely with one of our partners, Nanotailor secured licensing rights to a unique patented process from NASA enabling Nanotailor the ability to meet the needs of nanotechnology integrators.
Our mindset is to meet the needs of our integrators and drive market adoption through quality, price, and consistency.
Our management team is comprised of serial entrepreneurs and seasoned executives with a broad base of experience in founding and running early stage companies, developing new technologies, and developing market channels.
Simply put, our focus and concentration is our customers. We are here today because of the increased customer demand for quality, price, and consistency. We are interested in your input and feedback and strive to constantly improve our products.
Nanotailor, Inc.
701 Brazos, Suite 500
Austin, Texas 78701
Office: 512-334-6064
Facsimile: 512-628-3080
info@nanotailor.com
Carbon nanotubes (CNT) have unique physical and electrical properties. Of all carbon nanotubes single walled carbon nanotubes (SWNT) have the most preferred mechanical and electrical properties. However there are limiting factors that inhibit their adoption and integration within industrial and biomedical materials and consumer products such as baseball bats, semiconductors, golf clubs, protective coatings, and solar cells. These limitations include cost, purity, consistency, capacity, and lead time.
By utlizing its trade secrets and patented technology it has licensed from the National Aeronautics and Space Administration (NASA), Nanotailor is working to manufacture SWNT having a consistent purity greater than 95% at a cost per gram significantly less than currently market rates. Nanotailor is working towards the commercialization of a new set of processes and the building of custom manufacturing equipment that will enable scalable manufacturing of SWCNT overcoming all of the aforementioned limitations.