Effect of hybrid SiC/TiO2 nanoparticles on tribological and mechanical performance of polymethylmethacrylate dental base material

Ahmed Rashed Ahmed; Abd Ali Hussein El

doi:10.5937/zasmat2301086K

Autori

Ahmed Rashed Ahmed Minia University, Production Engineering and Mechanical Design, Faculty of Engineering, Cairo, Egypt Autor
Abd Ali Hussein El Ministry of Higher Education, El-Arish High Institute of Engineering and Technology, Dept. of Mechanical Power Engineering, Cairo, Egypt Autor

DOI:

https://doi.org/10.5937/zasmat2301086K

Ključne reči:

PMMA, trenje, stopa habanja, mehanička svojstva, SiC nano čestice, TiO 2 nano čestice

Apstrakt

Mnoga istraživanja su se bavila PMMA dentalnim osnovnim materijalom i razvojem njegovih svojstava za postizanje dužeg životnog veka implantata i plombi. Sadašnji rad posve uje pažnju ispitivanju količine opterećenja hibridnih nanočestica, SiC i TiO2, i saznanju kako to utiče na mehanička i tribološka svojstva. Hibridni NP dispergovani su na PMMA smoli sa količinom punila od 0,4%, 0,8%, 1,2%, 1,6% i 2,0 tež %, 50/50 između SiC i TiO2 NPs. Mehanička svojstva su procenjena određivanjem tvrdoće, šor D, čvrstoća na pritisak i modul elastičnosti Dok su tribološke performanse procenjene ispitivanjem CO -a, stope habanja i skeniranjem istrošenih površina korišćenjem optičkih i SEM slika. Rezultati mogu ukazati na to da PMMA smola pokazuje do ro reakciono vezivanje sa malom količinom hibridnih NPs. Štaviše, visok sadržaj imao je negativan uticaj na mehanička i tribološka svojstva. Nakon toga, sadržaj punjenja od 0,8 tež. % SiC/TiO2 NPs pokazuje da ima najbolje performanse u poređenju sa čistim PMMA.

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