Application Of Metal Bond Matrix In Lacquer Ware

Metal bond matrix has long been used in the manufacture of lacquerware.During the production of traditional lacquerware,metal materials such as gold,silver and copper are often used as the bond matrix,which occupy an indispensable position in traditional lacquerware.However,the development of modern lacquer ware has been slowing down gradually,and there is relatively few application of the combination of metal bond matrix and lacquer.Based on the application and development of metal bond matrix in lacquerware,this thesis analyzes the characteristics of metal bond matrix used in lacquerware in various periods in China,and a brief analysis is also made on the combination of modern metal bond matrix and lacquerware.Finally,combining creation,this thesis explores the manufacture process of the combination of lacquer and metal bond matrix,hoping to contribute to the development of modern lacquer ware,and encourage more professionals in this field to carry out related researches.This thesis mainly includes four chapters.The first chapter briefly introduces the concepts of lacquer,lacquerware and metal,and the application of metal bond matrix in the development of traditional lacquerware.The second chapter introduces the cases of the combination of metal bond matrix and lacquerware at home and abroad in modern times.The third chapter introduces the application characteristics of metal lacquerware,lacquering technique,and the application of decorative patterns and colors on metal bond matrix.The fourth chapter introduces the application and creation,technological difficulties and works show of the combination of metal bond matrix and lacquerware,and then summarizes the influence of the introduction of the new materials of metal bond matrix on lacquerware,which improves the shape of lacquerware,and promotes the innovation and development of lacquerware,creating a broader and clearer space for the development of lacquerware in modern times,and laying a foundation for the its creation and related research in the future.