Abstract
Ceramicized polymer composites are prepared by adding various additives into the polymer matrix, such as functional clay fillers, porcelain-forming additives, crosslinking agents, flame retardants, reinforcement agents, etc. In recent years, polymer materials have been widely used in the preparation of ceramic materials. Moreover, the addition of polymer materials in ceramic materials results in increased bending in the ceramic body, and its mechanical strength has been greatly improved; this advantage has led many contemporary ceramists to use polymer materials in the creation of ceramic works, providing ceramic creation more space for operation. The introduction of polymer materials into ceramic materials brings more possibilities than traditional ceramic creation based on the tests of toughness, strength, and yield of the ceramic body. This article investigates ceramic raw materials with high-polymer material ceramic function, high-polymer materials for modern pottery to convey the artistic expression of porcelain texture, as well as the use of high-polymer materials in gel-powered three-dimensional (3D) printing to refine the injection molding process, all of which solve the difficulties of creating delicate artworks in modern ceramic art creation. This paper mainly adopts the research method of recording and comparing the numerical value of adding ceramic materials into polymer materials and the physical shape after firing in ceramic creation, to form a relatively stable numerical value and firing curve for a certain type of ceramic creation form. In this regard, the integration of modern ceramic creation and polymer materials makes ceramic works a relatively special style in contemporary art, increasing its cultural connotation and visual tension.
Highlights
Polymer materials are one of the rapidly developed and more used protective materials in recent years, mainly including acrylate, epoxy resin, silicone, organic fluorine cellulose derivatives, etc. [1]
After protection by the sealing material with cellulose–chitosan grafting polymer concentration, the stone sample maintains the original texture, luster, and color, and hydrophilicity, aging resistance, and other properties have been greatly improved, which has a broad prospect in ceramic art
Many scholars have discussed the influence of polymer materials interventional ceramic raw materials on ceramic products in depth and mainly from several aspects
Summary
Polymer materials are one of the rapidly developed and more used protective materials in recent years, mainly including acrylate, epoxy resin, silicone, organic fluorine cellulose derivatives, etc. [1]. Polymer materials are one of the rapidly developed and more used protective materials in recent years, mainly including acrylate, epoxy resin, silicone, organic fluorine cellulose derivatives, etc. Yuhong C, and other scholars considered the feasibility of cellulose–chitosan copolymer products for the sealing and protection of stone cultural relics and prepared cellulose–chitosan grafting copolymers [3]. After protection by the sealing material with cellulose–chitosan grafting polymer concentration, the stone sample maintains the original texture, luster, and color, and hydrophilicity, aging resistance, and other properties have been greatly improved, which has a broad prospect in ceramic art. Many scholars have discussed the influence of polymer materials interventional ceramic raw materials on ceramic products in depth and mainly from several aspects
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