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NanoMaterials’ technology has succeeded in creating a range of multi-walled nano particles in the form of nanoshperes and nanotubes. As opposed to the large flat sheets that normally occur in layered inorganic compounds such as MoS2 platelet types, the Nanomaterials Synthesis Group was the first and only to successfully synthesize these inorganic particles into significantly  smaller  nano spheres and nano-tubes, eliminating the presence of open edges and achieving a much more chemically stable material.

   Inorganic Fullerene-like ws2

 

Each particle consists of a number of progressively smaller concentric spheres nested one within the other. The nested structure has been compared to that of an onion or a Russian doll. The diameter of the nanoparticles is on the order of 100 nm, about a thousand times smaller than the diameter of a human hair. These nanoparticles, due to their size, shape, chemistry, and structure, have special properties that are not possible with conventional size and shaped materials.

 

In full cooperation with the company, basic research is continuing to be carried out by the Nanomaterials Synthesis Group at the Weizmann Institute. The tribological research is carried out in cooperation with the tribology Laboratory of the Holon Academic Institute of Technology, Israel under the supervision of Prof. Lev Rapoport.