Comparison of the shear bond strengths and shrinkage stresses of various domestic composite resins
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The aim of this study was to evaluate the shrinkage stresses and shear bond strengths of various domestic composite resins by comparing them using Filtek Z-250TM (3M ESPE, USA). In this study, nine domestic composite resins from various manufacturers, Any-ComTM (Mediclus, Korea), Charmfil®Plus (Dentkist, Korea), DenfilTM (Vericom, Korea), ESCom 100® (Spident, Korea), Hanfil® (Han Dae Chemical, Korea), Nexcomp® (Meta® Biomed, Korea), Transcen® (Nexobio, Korea), Xsfil® (B&E Korea, Korea), and Zircos- Com® (Bioden, Korea), were set as experimental groups and Filtek Z-250TM was set as the control. Of the studied domestic resins, Filtek Z-250TM exhibited the lowest shrinkage stress (p<0.05). ESCom 100®, Charmfil® Plus, and Hanfil® showed shear bond strengths comparable with that of Filtek Z-250TM, whereas the other domestic composite resins exhibited lower shear bond strengths (p<0.05).
Abstract
The aim of this study was to evaluate the shrinkage stresses and shear bond strengths of various domestic composite resins by comparing them using Filtek Z-250TM (3M ESPE, USA). In this study, nine domestic composite resins from various manufacturers, Any-ComTM (Mediclus, Korea), Charmfil®Plus (Dentkist, Korea), DenfilTM (Vericom, Korea), ESCom 100® (Spident, Korea), Hanfil® (Han Dae Chemical, Korea), Nexcomp® (Meta® Biomed, Korea), Transcen® (Nexobio, Korea), Xsfil® (B&E Korea, Korea), and Zircos- Com® (Bioden, Korea), were set as experimental groups and Filtek Z-250TM was set as the control. Of the studied domestic resins, Filtek Z-250TM exhibited the lowest shrinkage stress (p<0.05). ESCom 100®, Charmfil® Plus, and Hanfil® showed shear bond strengths comparable with that of Filtek Z-250TM, whereas the other domestic composite resins exhibited lower shear bond strengths (p<0.05).
참고문헌 (37)
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