Abstract
Zirconia ceramic disks (Cercon) were fabricated using a computer-aided design/ computer-assisted manufacture system and fitted to hard tooth tissues from freshly extracted bovine mandibular incisors using seven cements (zinc phosphate, zinc polycarboxylate, Eco-Link, Panavia F 2.0, Clearfil SA Cement, MaxCem Elite, and GC Fuji Plus) with various physicochemical and bonding properties. Bond strengths were determined using a universal testing machine (Hounsfield H5KS) with a 5,000-N head and a cutting knife speed of 0.5 mm per minute. The study showed that the strongest bond between zirconia ceramic and hard tooth tissues was obtained with Panavia F 2.0 adhesive cement based on 10 methacryloyloxydecyl dihydrogen phosphate monomer.
MeSH terms
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Animals
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Cattle
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Ceramics / chemistry*
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Computer-Aided Design
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Dental Bonding*
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Dental Cements / chemistry*
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Dental Enamel / ultrastructure*
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Dental Stress Analysis / instrumentation
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Dentin / ultrastructure*
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Glass Ionomer Cements / chemistry
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Materials Testing
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Methacrylates / chemistry
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Polycarboxylate Cement / chemistry
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Resin Cements / chemistry
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Self-Curing of Dental Resins / methods
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Stress, Mechanical
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Temperature
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Time Factors
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Water / chemistry
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Zinc Phosphate Cement / chemistry
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Zirconium / chemistry*
Substances
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Clearfil SA
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Dental Cements
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Glass Ionomer Cements
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Maxcem
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Methacrylates
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Panavia-Fluoro
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Polycarboxylate Cement
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Resin Cements
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Water
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Fuji glass-ionomer lining cement
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Zinc Phosphate Cement
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methacryloyloxydecyl dihydrogen phosphate
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Zirconium
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zirconium oxide