Pirinç Kabuğu Kulunun Kuvars Olarak Sinter Bünyelerde Kullanılma Olanaklarının Araştırılması Ve Özgün Form Uygulamalarındaki Etkileri

Abstract

Ceramics, has progressed from past to present in a movement in terms of art and technology. In the light of the information have gained, diversity has increased and new attempts have been made to overcome limitations of the ceramics. In this artwork report, sintering studies has carried out with the use of rice husk as quartz in ceramic structures. Raw material is the material used for producing products or goods. Quartz is a self-contained ceramic raw material. Rice husk ash has shown as an alternative raw material to quartz, and it has tried to contribute to the diversity of ceramic raw materials. Quartz, one of the raw materials used in ceramic structure and glaze prescriptions, is a crystal form of silica. Quartz is a mineral and its chemical structure consists of silicon and oxygen. Quartz can be found in nature in crystal and amorphous form. Quartz in ceramic prescriptions; It facilitates the drying of the buildings, controls the downsizing, provides whiteness and increases the resistance to heat. It prevents the formation of glaze cracks by ensuring good adhesion of ceramics and glaze. Rice husk can be converted into amorphous, fine-grained silica after calcination. Silica in the rice husk ash has the same essence as the crystalline state of the quartz silica, which is a ceramic raw material. Because of the high amount of silica in the content of the rice husk ash, it is thought that instead of the quartz which is obtained from the rocks, rice husk ash can be use in sinter structure prescriptions. In this study, the rice husks cause stacks in the nature has transformed into quartz. Rice husk ash transformed into quartz has been added to the prescriptions at various ratios. The possibilities of obtaining and using the rice husk have been investigated. It is thought that, the work is important in terms of a recycling activity and bringing an alternative raw material to the art of ceramics and the industry.