NanoBlox, Inc. was founded as a Florida Corporation in 2003. We are proud to be the only company in the United States holding issued US patents for the synthesis of our unique phase of carbon. We endeavor to expand upon our intellectual property base and strive to maintain our technical leadership in the field of nanoparticle research and application development.

We extensively characterize our unique materials along with its modified forms. We are committed to the advancement of our fundamental understanding of our nanoparticles by collaboration with institutes of higher learning and by coordinating joint research with strategic partners. We aggressively pursue the discovery of the precise mechanisms by which our core-particles and modified variants of our nanoparticles improve physical and chemical properties. We have successfully commercialized our patented process for manufacturing our particles for sale. We continue to offer our products for research and integration into materials  for industrial and bio/pharma products along with processes of customized functionality for specific industry applications. NanoBlox continues to expand its patent portfolio as our knowlege of  nanodiamond surface chemistry and functionality is developed.

NanoBlox are a unique form of matter, comprised of carbon containing a compressively stressed rigid diamond core with a chemically tunable strained graphitic shell. These are produced in accordance with NanoBlox patents utilizing the controlled detonation synthesis of our carbon precursor. This results in the creation of particles with diameters of 4-6 nanometers (4-6 x 10^-9 meters) and a tremendously large surface area with bioavailability (460 m²/gm). Uniquely structured NanoBlox particles yield the intrinsic properties of diamond, including mechanical strength, thermal conductivity and chemical stability. This Ultradispersed nanodiamond is in a capsule that can be chemically modified to produce customized novel materials for a variety of uses including bio/pharma, separation science, thermally conductive material, coatings and composites, along with lubrication applications. NanoBlox materials can also improve the performance of microelectronics and memory materials thru diamond's unique thermal properties.