Tires solid residues obtained

Table III. Mean Values of Parameters Characterizing the Solid Residues Obtained Through the Pyrolysis of Old Tires...

Physicochemical characterization of the solid residues obtained from wasted tires by two reduction processes, pyrolysis using fom different temperatures of burning (450 C, 550 C, 650 C and 750°C) and thermal shock method were performed in order to compare efficiency and viability of both processes. The results from the X-ray diffraction experiments conducted on all the samples revealed that despite the process, the compoimds present in the residues are products mainly containing Zn and carbon atoms. The presence of the element Zn in the pellets was also... 

Solid residue was obtained by two processes to reduce discarded tires pyrolysis and thermal shock. Techniques such as X-ray, FTIR, TGA and SEM were used to characterize the samples. Two types of polyethylenetherephtalate, PET (virgin and recycled) were analysed physicochemical and mechanically to be used as matrix. A composite material was manufactured by employing a Brabender mixing chamber in order to nse the grannies as fdler on PET at different concentrations. The mixed material was laminated and tension test were undertaken in samples to acquire the mechanical properties. Studies of ffactography were performed to understand the failure mechanics. 

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