Publication | Closed Access
In vivo and in vitro Wear of Potential Posterior Composites
208
Citations
6
References
1984
Year
Tissue EngineeringMaterials ScienceCompositesEngineeringWear TestingWear PreventionBiomechanicsMechanical EngineeringComposite ResinsLight CuringBiomedical EngineeringWear-resistant MaterialCavity SizeOrthopaedic SurgeryPotential Posterior CompositesWear Resistance
The influence of cavity size, material composition, and curing mechanism on wear resistance of Class II MOD resin restorations was analyzed quantitatively. Wear resistance tends to increase both as cavity size decreases, and also from chemical- to light- to heat-cured. As to wear, among the composite resins tested, there was no acceptable resin-based amalgam substitute.
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