The study analysed the behaviour of titanium dioxide （TiO2） in polyethylene teraphthalate （PET） polymer coatings on ECCS steel plates. The work determined the thermal source affecting rutile distribution in the PE...The study analysed the behaviour of titanium dioxide （TiO2） in polyethylene teraphthalate （PET） polymer coatings on ECCS steel plates. The work determined the thermal source affecting rutile distribution in the PET coating： It originated in the manufacturing processes and thermomechanical treatments of the composite, and affected PET adherence on the steel. These results were contrasted with the behaviour of a non-heated coating to determine the conditions under which the ruffle exhibits changes on the PET coating. Measurements at cross-section and parallel intervals from the surface to the metal interface were made by FTIR-ATR and Raman vibrational spectroscopy techniques to characterise the rutile distribution in the PET thickness.展开更多
文摘The study analysed the behaviour of titanium dioxide （TiO2） in polyethylene teraphthalate （PET） polymer coatings on ECCS steel plates. The work determined the thermal source affecting rutile distribution in the PET coating： It originated in the manufacturing processes and thermomechanical treatments of the composite, and affected PET adherence on the steel. These results were contrasted with the behaviour of a non-heated coating to determine the conditions under which the ruffle exhibits changes on the PET coating. Measurements at cross-section and parallel intervals from the surface to the metal interface were made by FTIR-ATR and Raman vibrational spectroscopy techniques to characterise the rutile distribution in the PET thickness.
