Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Super-three-dimensional fancy glaze and preparation process thereof
The invention relates to a super-three-dimensional fancy glaze and a preparation process thereof, and belongs to the technical field of ceramic glaze preparation. The vitrification degree of the glaze is improved by modifying the potassium feldspar, magnesium chloride and calcium nitrate are introduced through a grinding method to form a new compound, chemical adsorption occurs on the surface of the potassium feldspar compound through treatment in a boric acid solution and a CTAB solution, and a new interface layer is formed; the potassium feldspar compound can reach a molten state at a relatively low temperature; the silane coupling agent forms an organic layer on the surface of the talcum powder through chemical action, so that the structure of the glaze layer is optimized, the sintering process is promoted, the required formula temperature is reduced, and the prepared glaze layer has better wear resistance; in the invention, the rigidity of the hard module and the flexibility of the elastic module are combined, and after the hard module is treated, the elastic module is used for supplementary polishing, so that the prepared super-three-dimensional fancy glaze finished product has better texture.
本发明涉及一种超立体渗花釉及其制备工艺，属于陶瓷釉制备技术领域。本发明通过对钾长石进行改性提升了釉料的玻化程度，通过研磨的方法引入氯化镁和硝酸钙形成新的复合物，并通过硼酸溶液和CTAB溶液中的处理使钾长石复合物的表面发生化学吸附，形成一层新的界面层，使得钾长石复合物在较低的温度下就能达到熔融状态；硅烷偶联剂通过化学作用在滑石粉表面形成了一层有机层，有助于优化釉层的结构并促进烧结过程的进行，降低所需的配方温度，使制得的釉层有更好的耐磨性；在本发明中，结合了硬模块的刚性和弹性模块的柔性，在硬模块处理之后，使用弹性模块进行补充抛光，使制得的超立体渗花釉成品有更好的质感。
Super-three-dimensional fancy glaze and preparation process thereof
The invention relates to a super-three-dimensional fancy glaze and a preparation process thereof, and belongs to the technical field of ceramic glaze preparation. The vitrification degree of the glaze is improved by modifying the potassium feldspar, magnesium chloride and calcium nitrate are introduced through a grinding method to form a new compound, chemical adsorption occurs on the surface of the potassium feldspar compound through treatment in a boric acid solution and a CTAB solution, and a new interface layer is formed; the potassium feldspar compound can reach a molten state at a relatively low temperature; the silane coupling agent forms an organic layer on the surface of the talcum powder through chemical action, so that the structure of the glaze layer is optimized, the sintering process is promoted, the required formula temperature is reduced, and the prepared glaze layer has better wear resistance; in the invention, the rigidity of the hard module and the flexibility of the elastic module are combined, and after the hard module is treated, the elastic module is used for supplementary polishing, so that the prepared super-three-dimensional fancy glaze finished product has better texture.
本发明涉及一种超立体渗花釉及其制备工艺，属于陶瓷釉制备技术领域。本发明通过对钾长石进行改性提升了釉料的玻化程度，通过研磨的方法引入氯化镁和硝酸钙形成新的复合物，并通过硼酸溶液和CTAB溶液中的处理使钾长石复合物的表面发生化学吸附，形成一层新的界面层，使得钾长石复合物在较低的温度下就能达到熔融状态；硅烷偶联剂通过化学作用在滑石粉表面形成了一层有机层，有助于优化釉层的结构并促进烧结过程的进行，降低所需的配方温度，使制得的釉层有更好的耐磨性；在本发明中，结合了硬模块的刚性和弹性模块的柔性，在硬模块处理之后，使用弹性模块进行补充抛光，使制得的超立体渗花釉成品有更好的质感。
Super-three-dimensional fancy glaze and preparation process thereof
一种超立体渗花釉及其制备工艺
FANG GUIXI (Autor:in) / WANG MINGHUA (Autor:in) / LIU JINFENG (Autor:in) / LIAO WENBIN (Autor:in)
24.12.2024
Patent
Elektronische Ressource
Chinesisch
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