Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Ceramic glaze, preparation method and application thereof, and ceramic product
The invention discloses a ceramic glaze, a preparation method and application thereof, and a ceramic product. The super-hydrophilic ceramic easy-to-clean glaze disclosed by the invention comprises three frits at different temperatures, so that the melting degree of the glaze is improved, the number of micropore gaps is reduced, and the roughness of the glaze is reduced. According to the ceramic glaze, by regulating and controlling the frits at three different temperatures and the proportion thereof, introducing superfine silicon dioxide, superfine aluminum oxide and the like, and regulating the relative contents of the low-temperature frits, the high-temperature frits, the superfine silicon dioxide, the superfine aluminum oxide and the like, the obtained ceramic glaze improves the surface energy of a glaze surface, constructs the micron-size roughness of the glaze surface, and improves the surface quality of the glaze surface. And a super-hydrophilic glaze surface is realized by utilizing an oxidation-reduction mechanism. The super-hydrophilic ceramic easy-to-clean glaze overcomes the contradictory relationship between roughness and hydrophilic property, and has the advantages of low roughness, strong hydrophilic capacity and good easy-to-clean property.
本发明公开了一种陶瓷釉料及其制备方法与应用、陶瓷制品。本发明的超亲水陶瓷易洁釉料，包括三种不同温度熔块，提高了釉料熔融程度，降低了微孔间隙数量，降低了釉料粗糙度。本发明通过三种不同温度熔块及其配比的调控，并引入超细二氧化硅、超细氧化铝等，通过调配低温熔块、高温熔块以及超细二氧化硅、超细氧化铝等的相对含量，获得的陶瓷釉料提高了釉面表面能，构建了釉面微米尺寸粗糙度，并利用氧化还原机理，实现超亲水釉面。本发明的超亲水陶瓷易洁釉料克服了粗糙度与亲水特性的矛盾关系，做到了粗糙度低、亲水能力强、易洁性好。
Ceramic glaze, preparation method and application thereof, and ceramic product
The invention discloses a ceramic glaze, a preparation method and application thereof, and a ceramic product. The super-hydrophilic ceramic easy-to-clean glaze disclosed by the invention comprises three frits at different temperatures, so that the melting degree of the glaze is improved, the number of micropore gaps is reduced, and the roughness of the glaze is reduced. According to the ceramic glaze, by regulating and controlling the frits at three different temperatures and the proportion thereof, introducing superfine silicon dioxide, superfine aluminum oxide and the like, and regulating the relative contents of the low-temperature frits, the high-temperature frits, the superfine silicon dioxide, the superfine aluminum oxide and the like, the obtained ceramic glaze improves the surface energy of a glaze surface, constructs the micron-size roughness of the glaze surface, and improves the surface quality of the glaze surface. And a super-hydrophilic glaze surface is realized by utilizing an oxidation-reduction mechanism. The super-hydrophilic ceramic easy-to-clean glaze overcomes the contradictory relationship between roughness and hydrophilic property, and has the advantages of low roughness, strong hydrophilic capacity and good easy-to-clean property.
本发明公开了一种陶瓷釉料及其制备方法与应用、陶瓷制品。本发明的超亲水陶瓷易洁釉料，包括三种不同温度熔块，提高了釉料熔融程度，降低了微孔间隙数量，降低了釉料粗糙度。本发明通过三种不同温度熔块及其配比的调控，并引入超细二氧化硅、超细氧化铝等，通过调配低温熔块、高温熔块以及超细二氧化硅、超细氧化铝等的相对含量，获得的陶瓷釉料提高了釉面表面能，构建了釉面微米尺寸粗糙度，并利用氧化还原机理，实现超亲水釉面。本发明的超亲水陶瓷易洁釉料克服了粗糙度与亲水特性的矛盾关系，做到了粗糙度低、亲水能力强、易洁性好。
Ceramic glaze, preparation method and application thereof, and ceramic product
一种陶瓷釉料及其制备方法与应用、陶瓷制品
XIE WEI (Autor:in) / WANG ZAN (Autor:in) / ZHU FAYIN (Autor:in) / ZHOU LING (Autor:in) / ZHU SHENWEI (Autor:in)
05.07.2024
Patent
Elektronische Ressource
Chinesisch
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