Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Novel method for combining blue-and-white mud material and Nixing pottery
The invention discloses a novel blue-and-white mud material and Nixing pottery combination method. The method sequentially comprises the following steps: performing weathering and dissolving treatment on the mud; carrying out soil crushing treatment on the pug; screening and filtering the ground pug; pressing the pug and carrying out vacuum treatment; aging the pug; carrying out formability treatment; carrying out throwing forming treatment; carrying out finishing treatment; drying the pottery green body; treating the modified pottery green body; carrying out firing treatment on the pottery green body; and cooling and molding the pottery. According to the novel method for combining the blue-and-white material with the Nixing pottery, the kaolin, the quartz and the hematite powder are added into the pug, so that the blue-and-white material can be attached to the pottery, and the blue-and-white material is more stable during combination. In addition, the hematite powder is added, so that the toughness and rigidity of the pottery are more excellent when the pottery is fired; pine is selected as fuel, and the temperature in the kiln is more uniform due to the fact that flames generated by burning the pine are long, heat is high and ash is little. Most importantly, pine oil contained in the pine wood is very high in flammability, the function of enriching the glaze surface is achieved, and the pottery is more exquisite.
本发明公开了一种新型青花料与坭兴陶结合方法，依次包括如下步骤：泥料风化溶解处理；泥料碎土处理；研磨泥料筛滤处理；泥料压片和真空处理；泥料陈腐处理；增加成型性处理；拉坯成型处理；修整处理；陶器坯体干燥处理；修饰陶器坯体处理；陶器坯体烧制处理；陶器冷却成型处理。该新型青花料与坭兴陶结合方法，在泥料内加入了高岭土、石英和赤铁矿粉，使陶器能够附着青花料，使青花料在结合的时候更加的稳定，并且加入了赤铁矿粉，使得陶器在烧制的时候韧性刚性更加的优秀，燃料选择松木，由于松木烧出的火焰长，热量高，粉灰少，使得窑内温度更加的均匀，最重要的是松木内含有的松油其可燃性非常强，起到了丰富釉面的功能，使陶器更加的精美。
Novel method for combining blue-and-white mud material and Nixing pottery
The invention discloses a novel blue-and-white mud material and Nixing pottery combination method. The method sequentially comprises the following steps: performing weathering and dissolving treatment on the mud; carrying out soil crushing treatment on the pug; screening and filtering the ground pug; pressing the pug and carrying out vacuum treatment; aging the pug; carrying out formability treatment; carrying out throwing forming treatment; carrying out finishing treatment; drying the pottery green body; treating the modified pottery green body; carrying out firing treatment on the pottery green body; and cooling and molding the pottery. According to the novel method for combining the blue-and-white material with the Nixing pottery, the kaolin, the quartz and the hematite powder are added into the pug, so that the blue-and-white material can be attached to the pottery, and the blue-and-white material is more stable during combination. In addition, the hematite powder is added, so that the toughness and rigidity of the pottery are more excellent when the pottery is fired; pine is selected as fuel, and the temperature in the kiln is more uniform due to the fact that flames generated by burning the pine are long, heat is high and ash is little. Most importantly, pine oil contained in the pine wood is very high in flammability, the function of enriching the glaze surface is achieved, and the pottery is more exquisite.
本发明公开了一种新型青花料与坭兴陶结合方法，依次包括如下步骤：泥料风化溶解处理；泥料碎土处理；研磨泥料筛滤处理；泥料压片和真空处理；泥料陈腐处理；增加成型性处理；拉坯成型处理；修整处理；陶器坯体干燥处理；修饰陶器坯体处理；陶器坯体烧制处理；陶器冷却成型处理。该新型青花料与坭兴陶结合方法，在泥料内加入了高岭土、石英和赤铁矿粉，使陶器能够附着青花料，使青花料在结合的时候更加的稳定，并且加入了赤铁矿粉，使得陶器在烧制的时候韧性刚性更加的优秀，燃料选择松木，由于松木烧出的火焰长，热量高，粉灰少，使得窑内温度更加的均匀，最重要的是松木内含有的松油其可燃性非常强，起到了丰富釉面的功能，使陶器更加的精美。
Novel method for combining blue-and-white mud material and Nixing pottery
一种新型青花料与坭兴陶结合方法
HUANG TAOMO (Autor:in) / QI YUE (Autor:in) / LI XIAOQIONG (Autor:in)
11.06.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
C04B
Kalk
,
LIME
Preparation method for cobalt blue material decorative Nixing pottery
| Europäisches Patentamt | 2016