[PDF][PDF] Sorption, solubility, and surface microharness of 3 nanohybrid resin composites after 60 days of water storage
K Negahdari, MS Tavanagar, R Bagheri - Journal of Dental Medicine, 2018 - jdm.tums.ac.ir
K Negahdari, MS Tavanagar, R Bagheri
Journal of Dental Medicine, 2018•jdm.tums.ac.irConclusion: Composites with lower sorption and solubility showed higher microhardnss in
wet conditions. Flowable composite resin showed the lowest microhardness and the highest
sorption and solubility values. Therefore, the negative effect of water sorption and solubility
on Surface microhardness should be considered in clinical decisions.
wet conditions. Flowable composite resin showed the lowest microhardness and the highest
sorption and solubility values. Therefore, the negative effect of water sorption and solubility
on Surface microhardness should be considered in clinical decisions.
Conclusion: Composites with lower sorption and solubility showed higher microhardnss in wet conditions. Flowable composite resin showed the lowest microhardness and the highest sorption and solubility values. Therefore, the negative effect of water sorption and solubility on Surface microhardness should be considered in clinical decisions.
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