Abstract
This paper examines the phenomena that arise at the interface between ceramics and active filler metal during the metal-ceramics bonding process in dental practice. It focuses on three interrelated sub-processes: the wetting of the ceramic surface, the chemical interactions at the interface, and the diffusion across the moving interface. Additionally, the study explores the grain boundary grooves on the ceramic surface, highlighting their role as catalytic surface phenomena. Following a brief overview of dental metals and bioceramics, the composition and properties of the brazing alloys used in dental practice are presented and explained in detail.
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