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Meeting Materials Science & Technology 2011
Symposium Particulate Composites
Presentation Title Comparative Evaluation of Tensile Bond Strength & Microleakage of Prime & Bond NT & Gluma Comfort Bond: An In-Vitro Study
Author(s) Abhishek Kirpal, Rahul Bhola, Sonya Gujral Kirpal , Vinod Gujral
On-Site Speaker (Planned) Abhishek Kirpal
Abstract Scope The objective of the study was to comparatively evaluate the tensile bond strength and microleakage of Prime & Bond NT and Gluma Comfort Bond. Sixty teeth were taken and randomly divided into two groups, Group A for tensile bond strength and Group B for microleakage testing. Group A was further divided into two groups, Group I (Prime & Bond NT) and Group II (Gluma Comfort Bond). In this study, it was concluded that the tensile bond strength of Group I was higher than that of Group II. Prime & Bond NT showed lower microleakage at both gingival and occlusal margins. Both intra and inter group comparisons showed higher values for microleakage at gingival margins as compared to occlusal margins. In-vitro testing suggests better bonding properties and less microleakage for Prime & Bond NT over Gluma Comfort Bond.
Proceedings Inclusion? Definite: A CD-only volume

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

Advanced Powdermetallurgical Technologies to Manufacture Metal Matrix Composites
Cold-Sprayed Self-Lubricating Coatings Utilizing Ni-Encapsulated Particulate Composites
Comparative Evaluation of Tensile Bond Strength & Microleakage of Prime & Bond NT & Gluma Comfort Bond: An In-Vitro Study
Dry Sliding Behavior of 6061- Al2O3 Composite in Case of Y2O3 Interface Coating
Fabrication and Wear Behavior of Al-Ni/SiC Functional Gradient Materials
Highly conductive δ-Bi2O3 pathway in a Bi2O3 ceramic matrix with dispersed 8YSZ spheres
Innovative Design and Processing of Gas Atomized Precursor Powders to Generate Nano-Composite Microstructures in Ferritic Stainless Steels
Manufacture of Alumina/Aluminum Functionally Graded Material: Numerical Investigation of the Architecture and Evaluation of the Thermal Conductivity
Properties and Performance of High-Pressure High-Temperature Sintered Diamond-SiC Composites
Researches Regarding the Structure Investigations on New Materials of the Composite Type
The Effects of Additives on the Corrosion, Microstructure, Mechanical Properties, and Machinability of 316L Stainless Steel
The Effects of Sand Size on the Abrasion Resistance of Alloys and Tungsten Carbide-Based MMC Overlays

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