Authors : Nahid Iftikhar, Shalini Dixit, Ali Salman, Minh Tuan Do
DOI : 10.18231/j.ijmpo.2023.001
Volume : 9
Issue : 1
Year : 2023
Page No : 1-5
Aim: The longevity of restorative materials depends on the resistance to masticatory forces. The present study was undertaken to evaluate the microleakage properties of different restorative materials.
Materials and Methods: A total of 30 specimen blocks were prepared with 10 samples of each type of restorative material, namely GIC Fuji IX, Filtek Z-350 Composite, and Cention-N. Class I cavities were prepared with dimensions 1.5 x 2 x 2 mm (l x b x h) of cavity size of orthodontically extracted premolars followed by restoration of each test material.
We found thatCention-N has shown the least microleakage as compared to other groups.
Conclusion: Mean microleakage was the least for Cention-N. It’s a newer restorative material having higher mechanical properties with lesser microleakage.
Clinical significance: Cention-N is a newer restorative material having promising properties. This material can be used as an alternative restorative material.
Keywords: CentionN, Glass ionomer cement, Class I cavity, Filtek Z350, and microleakage