Filtek Supreme Plus
a nanofilled light-cured composite resin
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Bio-Agent Context: Research Results
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| 1. | Fatigue
07/01/2009
- " After 60 days of water hydration, the fatigue crack growth resistance of two different resin composites, one microhybrid (Filtek Z250) and one nanofill (Filtek Supreme Plus), was measured in wet conditions using compact-tension, C(T), specimens at a load ratio of 0.1 and frequency of 2Hz. " 07/01/2009
- " To test the hypothesis that a commercial microhybrid resin based composite (Filtek Z250) has superior fatigue resistance to a nanofill composite (Filtek Supreme Plus) and to determine the related micromechanisms involved in the fatigue process. " 03/01/2010
- " In the aged groups, cyclic loading in water and artificial saliva did not have a significant effect on BelleGlass HP, Filtek Supreme Plus and Renew for fracture toughness and the number of cycles completed, However for Renew in the 50/50 mixture at 100,000 cycles, Filtek Supreme Plus in air and the 50/50 mixture, and Micronew, there was an increased specimen failure rate and a decreased fracture toughness during cyclic fatigue loading as the number of cycles increased. "
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