1, filigree making: The key to the gold medal filigree mosaic process is to make exquisite filigree. Filaments are made of precious metals (such as gold and silver) or other precious materials, and are usually drawn with high precision. These filaments will be embedded in the surface of handicrafts to create complex patterns and decorations.
2. Mosaic technology: The core of this technology is to embed the made filaments on the surface of the main handicraft (usually metal, porcelain or jade). This requires superb manual skills, and craftsmen must accurately measure, cut and embed filaments to ensure the symmetry and integrity of the pattern.
3. Firing or melting: After the mosaic is completed, the handicraft usually needs to be fired or melted to fuse the filament with the main handicraft materials. This step requires proper temperature and time control to ensure that the handicraft will not be damaged and the filaments can be firmly fixed on the surface.
4. Finishing and decoration: Once firing or smelting is completed, craftsmen usually finish and decorate to enhance the aesthetic feeling of handicrafts. This may include polishing, grinding, glazing and other processes to ensure that handicrafts have a shiny and delicate surface.
The explanation and origin of the filigree mosaic in the Golden School
1, gold filigree mosaic description. Gold filigree inlay is a traditional craft in China, which originated in ancient China, especially in the Ming and Qing Dynasties, and flourished in Tianjin. This technology is famous for its unique aesthetic value and complicated technological process, and is usually used to make exquisite jewelry, handicrafts, decorations and cultural works of art.
2. The origin of gold filigree inlay. The origin and development of gold filigree inlay is closely related to the traditional crafts such as metal craft, enamel craft and gem inlay in China. As early as the end of the Ming Dynasty (14th century to17th century), there were handicrafts inlaid with filigree in Jinmen area, but by the Qing Dynasty (17th century to the beginning of the 20th century), this technology had been greatly developed and refined.