Roshanak Haji norozi asl - Department of chemistry, Imam Khomeini International University, Qazvin, Iran
Shahriar Ghamamy - Department of Chemistry,Qazvin inorganic chemistry Branch, Imam Khomeini International University, Qazvin ،Iran

Carbon black nanoparticles (CBlp) were derived from waste tire rubbers via a melt-extrusion pyrolysis process at 300 ˚C. The chemical structure and content of the bound rubber shell were characterized, quantified and compared with the commercial carbon black N330 and pyrolytic carbon black (CBp). The average particle size of CBlp is about 22 nm, with a rubber shell thickness of 7-12 nm. Functional carboxylic group and ZnO were detected on the surface of CBlp by FTIR and XRD, respectively, which are absent from N330 and CBp . The light pyrolysis process provides a facile and clean approach to generate useful carbon nanoparticles 20 out of waste tire rubbers. Carbon nanoparticles has been produced by using the satellite mill

waste tire rubber, light pyrolysis, carbon black