Toughening effect of ultrahigh molecular weight polyethylene and compounded α/β nucleation agents on isotactic polypropylene by different processing methods
Wu‐Li Kang, Xiaolei Gong, Jinggang Gai
Abstract
Wu‐Li Kang, Xiaolei Gong, Jinggang Gai
Abstract
The improvement in the toughness of isotactic polypropylene by introducing ultrahigh molecular weight polyethylene and further blending it with compounded α/β nucleation agents were studied. According to the results, the polyethylene with higher molecular weight and dissolving method have affected the toughening of isotactic polypropylene. For isotactic polypropylene/nucleation agent blend, the Izod impact strength increases by 93.5% with a slight decrease in the tensile strength. When both nucleation agents and polyethylene are added, the synergistic toughening effect is more remarkable, and the Izod impact strength is about 232% higher than that of pure isotactic polypropylene.
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The improvement in the toughness of isotactic polypropylene by introducing ultrahigh molecular weight polyethylene and further blending it with compounded α/β nucleation agents were studied. According to the results, the polyethylene with higher molecular weight and dissolving method have affected the toughening of isotactic polypropylene. For isotactic polypropylene/nucleation agent blend, the Izod impact strength increases by 93.5% with a slight decrease in the tensile strength. When both nucleation agents and polyethylene are added, the synergistic toughening effect is more remarkable, and the Izod impact strength is about 232% higher than that of pure isotactic polypropylene.
Key concepts: Tacticity, Izod impact strength test, Materials science, Nucleation, Ultimate tensile strength, Toughness, Polypropylene, Composite material