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Titlebook: Bioceramics and Alternative Bearings in Joint Arthroplasty; 10th BIOLOX Symposiu James A. D‘Antonio,Martin Dietrich Conference proceedings

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https://doi.org/10.1057/9781137528858pectroscopy studies of the severely worn stripe regions in delta-balls showed that up to 30% of the surface tetragonal zirconia had transformed to the monoclinic phase as part of the wear process. Comparison of Biolox-forte and delta wear debris from the run-in phase showed similar morphology.
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Severe Simulation Test for run-in wear of all-alumina compared to alumina composite THRpectroscopy studies of the severely worn stripe regions in delta-balls showed that up to 30% of the surface tetragonal zirconia had transformed to the monoclinic phase as part of the wear process. Comparison of Biolox-forte and delta wear debris from the run-in phase showed similar morphology.
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Severe Simulation Test for run-in wear of all-alumina compared to alumina composite THRator wear model to 1.1 million cycles duration (run-in phase). With Biolox-forte THR, the stripe wear produced during run-in averaged 4.7 mm. per million cycles. With the hybrid combinations of Biolox-forte/delta THRs, the wear rates were reduced 5-fold to an average of 0.9 mm./million cycles. The d
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