Publication | Open Access
Properties of Hybrid Resin Composite Systems Containing Prepolymerized Filler Particles
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Citations
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References
2009
Year
Materials ScienceMicrofill CompositeCompositesEngineeringParticulate ReinforcementMechanical EngineeringPolymer ScienceComposite TechnologyDiametral Tensile StrengthLight CuringFillerPolymer CompositesThermoplastic CompositePhysical Properties
This study compared the properties of newer hybrid resin composites with prepolymerized-filler particles to traditional hybrids and a microfill composite. The following properties were examined per composite: diametral tensile strength, flexural strength/modulus, Knoop microhardness and polymerization shrinkage. Physical properties were determined for each Jason T Blackham, DMD, USAF, General Dentistry, Tyndall composite group (n = 8), showing significant differences between groups per property (p < 0.001). In general, the traditional hybrid composites (Z250, Esthet-X) had higher strength, composites containing pre-polymerized fillers (Gradia Direct Posterior, Premise) performed more moderately and the microfill composite (Durafill VS) had lower strength. Premise and Durafill VS had the lowest polymerization shrinkage.
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