Abstract
AbstractSummary: Atomic force microscopy (AFM) was used as a tool to explore the nanomechanical properties of isotactic poly(propylene) (PP) homopolymer and of high impact poly(propylene) (hiPP) products with different rubber contents. It was shown that the interpretation of the approach curves (force vs. piezo displacement) allows one to identify the relative amounts of rubber at different spots within the particles. In addition, it was possible to differentiate between areas where the rubber layers were less than 10 nm thick, and those where there was more rubber. Comparison of the mechanical properties of PP and hiPP particles allowed us to propose a model for the distribution of rubber within the particles.Domains defined in the PP and hiPP particles (particle surface and section).magnified imageDomains defined in the PP and hiPP particles (particle surface and section).
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