Tensile bond strength of PMMA- and composite-based CAD/CAM materials to luting cements after different conditioning methods
This study investigated whether the adhesion of novel generation of polymeric CAD/CAM resins to luting cements would improve after use of different conditioning methods, and to evaluate the failure types after debonding. Two CAD/CAM resins (PMMA- and composite-based) were obtained (N=600, n=15 per t...
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Published in | International journal of adhesion and adhesives Vol. 46; pp. 122 - 127 |
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Main Authors | , , , , , |
Format | Journal Article |
Language | English |
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Elsevier Ltd
01.10.2013
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Abstract | This study investigated whether the adhesion of novel generation of polymeric CAD/CAM resins to luting cements would improve after use of different conditioning methods, and to evaluate the failure types after debonding. Two CAD/CAM resins (PMMA- and composite-based) were obtained (N=600, n=15 per test group). The specimens were conditioned as follows: MH: Monobond Plus/Heliobond, VL: Visio.link, AM: Ambarino P60, VP: VP connect, CG: no conditioning as control group, and luted with conventional (Variolink II) or self-adhesive luting cement (Clearfil SA Cement). Two types of storage were performed: after 24h water storage (37°C) and additional 5000 thermal cycles (5°C/55°C). Tensile bond strength (TBS) was measured and data were analysed using 4/1-way ANOVA (Scheffé test), independent two-sample t-test and Chi2 test (alpha=0.05). For both CAD/CAM resins, no or lower bonding was observed for the non-conditioned or AM groups, regardless of the luting cement. The conditioning with MH, VL and VP showed significant increase of TBS. In general, bonding on exp. CAD/CAM composite presented significant higher values compared to PMMA-based artBloc Temp. Variolink II showed higher TBS in combination with artBloc Temp. After conditioning with MH and VL predominantly cohesive failures in the luting cement were observed. All other groups showed adhesive failure. Aging level did not affect the TBS. The bonding properties of the CAD/CAM resin materials are dependent of the targeted selection of the conditioning method and luting cement. Composite-based materials showed higher bonding properties to luting cements than PMMA-based. |
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AbstractList | This study investigated whether the adhesion of novel generation of polymeric CAD/CAM resins to luting cements would improve after use of different conditioning methods, and to evaluate the failure types after debonding. Two CAD/CAM resins (PMMA- and composite-based) were obtained (N=600, n=15 per test group). The specimens were conditioned as follows: MH: Monobond Plus/Heliobond, VL: Visio.link, AM: Ambarino P60, VP: VP connect, CG: no conditioning as control group, and luted with conventional (Variolink II) or self-adhesive luting cement (Clearfil SA Cement). Two types of storage were performed: after 24 h water storage (37 degree C) and additional 5000 thermal cycles (5 C/55 degree C). Tensile bond strength (TBS) was measured and data were analysed using 4/1-way ANOVA (Scheffe test), independent two-sample t-test and Chi super(2) test (alpha=0.05). For both CAD/CAM resins, no or lower bonding was observed for the non-conditioned or AM groups, regardless of the luting cement. The conditioning with MH, VL and VP showed significant increase of TBS. In general, bonding on exp. CAD/CAM composite presented significant higher values compared to PMMA-based artBloc Temp. Variolink II showed higher TBS in combination with artBloc Temp. After conditioning with MH and VL predominantly cohesive failures in the luting cement were observed. All other groups showed adhesive failure. Aging level did not affect the TBS. The bonding properties of the CAD/CAM resin materials are dependent of the targeted selection of the conditioning method and luting cement. Composite-based materials showed higher bonding properties to luting cements than PMMA-based. This study investigated whether the adhesion of novel generation of polymeric CAD/CAM resins to luting cements would improve after use of different conditioning methods, and to evaluate the failure types after debonding. Two CAD/CAM resins (PMMA- and composite-based) were obtained (N=600, n=15 per test group). The specimens were conditioned as follows: MH: Monobond Plus/Heliobond, VL: Visio.link, AM: Ambarino P60, VP: VP connect, CG: no conditioning as control group, and luted with conventional (Variolink II) or self-adhesive luting cement (Clearfil SA Cement). Two types of storage were performed: after 24 h water storage (37 degree C) and additional 5000 thermal cycles (5 degree C/55 degree C). Tensile bond strength (TBS) was measured and data were analysed using 4/1-way ANOVA (ScheffACO test), independent two-sample t-test and Chi2 test (alpha=0.05). For both CAD/CAM resins, no or lower bonding was observed for the non-conditioned or AM groups, regardless of the luting cement. The conditioning with MH, VL and VP showed significant increase of TBS. In general, bonding on exp. CAD/CAM composite presented significant higher values compared to PMMA-based artBloc Temp. Variolink II showed higher TBS in combination with artBloc Temp. After conditioning with MH and VL predominantly cohesive failures in the luting cement were observed. All other groups showed adhesive failure. Aging level did not affect the TBS. The bonding properties of the CAD/CAM resin materials are dependent of the targeted selection of the conditioning method and luting cement. Composite-based materials showed higher bonding properties to luting cements than PMMA-based. This study investigated whether the adhesion of novel generation of polymeric CAD/CAM resins to luting cements would improve after use of different conditioning methods, and to evaluate the failure types after debonding. Two CAD/CAM resins (PMMA- and composite-based) were obtained (N=600, n=15 per test group). The specimens were conditioned as follows: MH: Monobond Plus/Heliobond, VL: Visio.link, AM: Ambarino P60, VP: VP connect, CG: no conditioning as control group, and luted with conventional (Variolink II) or self-adhesive luting cement (Clearfil SA Cement). Two types of storage were performed: after 24h water storage (37°C) and additional 5000 thermal cycles (5°C/55°C). Tensile bond strength (TBS) was measured and data were analysed using 4/1-way ANOVA (Scheffé test), independent two-sample t-test and Chi2 test (alpha=0.05). For both CAD/CAM resins, no or lower bonding was observed for the non-conditioned or AM groups, regardless of the luting cement. The conditioning with MH, VL and VP showed significant increase of TBS. In general, bonding on exp. CAD/CAM composite presented significant higher values compared to PMMA-based artBloc Temp. Variolink II showed higher TBS in combination with artBloc Temp. After conditioning with MH and VL predominantly cohesive failures in the luting cement were observed. All other groups showed adhesive failure. Aging level did not affect the TBS. The bonding properties of the CAD/CAM resin materials are dependent of the targeted selection of the conditioning method and luting cement. Composite-based materials showed higher bonding properties to luting cements than PMMA-based. |
Author | Martin, Anna Roos, Malgorzata Stawarczyk, Bogna Keul, Christine Wimmer, Timea Gernet, Wolfgang |
Author_xml | – sequence: 1 givenname: Christine surname: Keul fullname: Keul, Christine organization: Department of Prosthodontics, Dental School, Ludwig-Maximilians University Munich, Goethestrasse 70, 80336 Munich, Germany – sequence: 2 givenname: Anna surname: Martin fullname: Martin, Anna organization: Department of Prosthodontics, Dental School, Ludwig-Maximilians University Munich, Goethestrasse 70, 80336 Munich, Germany – sequence: 3 givenname: Timea surname: Wimmer fullname: Wimmer, Timea organization: Department of Prosthodontics, Dental School, Ludwig-Maximilians University Munich, Goethestrasse 70, 80336 Munich, Germany – sequence: 4 givenname: Malgorzata surname: Roos fullname: Roos, Malgorzata organization: Division of Biostatistics, Institute of Social and Preventive Medicine, University of Zurich, Hirschgraben 84, 8001 Zurich, Switzerland – sequence: 5 givenname: Wolfgang surname: Gernet fullname: Gernet, Wolfgang organization: Department of Prosthodontics, Dental School, Ludwig-Maximilians University Munich, Goethestrasse 70, 80336 Munich, Germany – sequence: 6 givenname: Bogna surname: Stawarczyk fullname: Stawarczyk, Bogna email: bogna.stawarczyk@med.uni-muenchen.de organization: Department of Prosthodontics, Dental School, Ludwig-Maximilians University Munich, Goethestrasse 70, 80336 Munich, Germany |
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SubjectTerms | Adhesive systems Bonding CAD/CAM resin Cements Composite materials Computer aided design Computer aided manufacturing Conditioning Conditioning methods Failure Luting Polymers Polymethyl methacrylates Resin cements Resins Tensile bond strength |
Title | Tensile bond strength of PMMA- and composite-based CAD/CAM materials to luting cements after different conditioning methods |
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