This study examines the procedural components of the micro mosaic technique within the field of jewelry making and evaluates a fast-curing, accessible alternative binder formulated to replace conventional materials. The micro mosaic technique is based on the preparation of glass in micrometric dimensions and its placement onto a metal substrate to construct detailed visual compositions. Traditional linseed-oil–based binders, which may require several weeks to achieve full curing, impose notable limitations on production efficiency, particularly for practitioners working at jewelry scale. In this context, the study assesses the functional properties of a newly proposed binder produced by combining two commonly available components used in the jewelry sector, with the aim of providing a material that cures more rapidly and offers improved practical usability.

The methodological framework includes the preparation of glass elements, formation of micro tesserae, surface preparation, and the application procedures of the newly developed binder. Findings indicate that the alternative binder attains operational hardness within a few hours, significantly reducing production time compared to traditional formulations. Consequently, this study contributes to enhancing the applicability and accessibility of the micro mosaic technique within contemporary jewelry practice, offering a functional material alternative particularly suited for educational settings and small-scale workshop environments.