Abstract:
Composite manufacturing from plastic wastes of polyethylene terephthalate (PET) type, sand-blasting represents a material
recovery of the wastes. This process can be achieved, with the purpose of reducing the material consumption which is in deficit,
production costs, and the duration of the technological processes.
Thermoplastics composites obtained by a melting process at 170-200 oC, wastes incorporation and solidification in forms replace
successfully the thermo rigid composites obtained from resins after a complicated technological process. So, it could be
recovered, with minimal efforts, under reduced toxicological environmental conditions and extremely reduced energy
consumptions, a significant variety of wastes, with related economical and ecological advantages. The paper presents the
obtaining of thermoplastic material from PET wastes, sand, structurally evaluated and measured after the physical and mechanical
properties.