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A platform for research: civil engineering, architecture and urbanism
Seamless bonding handicraft of handmade ceramic floriculture and daily utensil and preparation method of seamless bonding handicraft
The invention relates to the field of ceramic products and processes thereof, in particular to a seamless bonding handicraft of handmade ceramic floriculture and daily utensils and a preparation method of the seamless bonding handicraft, a model is flatly laid on a silk screen and then transferred to a green body, the situation that the green body is damaged due to modeling on a thin green body is avoided, pores can be formed between the floriculture and the green body through silk drawing, the light transmittance is improved, and the production cost is reduced. Paraffin sealing and slurry re-soaking can improve the adhesion of the handmade ceramic floriculture and the green body on the premise of ensuring the clear floriculture edge; the activated carbon performs a reduction nitridation reaction on aluminum oxide in the green body to generate aluminum oxynitride, and the high-light-transmission green body projects light in the green body onto the handmade ceramic floriculture, so that the floriculture shows different brightness according to different thicknesses and has good layering sense and ornamental value; the glass particles in the floriculture pug are melted in the firing process and fused with the floriculture raw materials, and the glass particles distributed in a granular mode are beneficial to improving the refractive index of the ceramic floriculture to light.
本发明涉及陶瓷制品及其工艺领域，具体涉及一种手工陶瓷花艺与日用器皿的无缝粘接工艺品及其制备方法，通过在丝网上平铺造型在转移至坯体上，避免在薄坯体上造型导致坯体损坏，抽丝可以在花艺和坯体之间形成孔隙，提高透光率，石蜡密封和泥浆复浸，可以在保证花艺边缘清晰的前提下，提高手工陶瓷花艺和坯体的粘结度；活性炭对坯体中的氧化铝进行还原氮化反应，生成氮氧化铝，高透光性的坯体将内部的光投射至手工陶瓷花艺上，使得花艺根据厚度不同呈现不同的亮度，具有良好的层次感和观赏性；花艺泥料中的玻璃颗粒在烧制的过程中熔化，并与花艺原料融为一体，颗粒状分布的玻璃颗粒有助于提高陶瓷花艺对光线的折射率。
Seamless bonding handicraft of handmade ceramic floriculture and daily utensil and preparation method of seamless bonding handicraft
The invention relates to the field of ceramic products and processes thereof, in particular to a seamless bonding handicraft of handmade ceramic floriculture and daily utensils and a preparation method of the seamless bonding handicraft, a model is flatly laid on a silk screen and then transferred to a green body, the situation that the green body is damaged due to modeling on a thin green body is avoided, pores can be formed between the floriculture and the green body through silk drawing, the light transmittance is improved, and the production cost is reduced. Paraffin sealing and slurry re-soaking can improve the adhesion of the handmade ceramic floriculture and the green body on the premise of ensuring the clear floriculture edge; the activated carbon performs a reduction nitridation reaction on aluminum oxide in the green body to generate aluminum oxynitride, and the high-light-transmission green body projects light in the green body onto the handmade ceramic floriculture, so that the floriculture shows different brightness according to different thicknesses and has good layering sense and ornamental value; the glass particles in the floriculture pug are melted in the firing process and fused with the floriculture raw materials, and the glass particles distributed in a granular mode are beneficial to improving the refractive index of the ceramic floriculture to light.
本发明涉及陶瓷制品及其工艺领域，具体涉及一种手工陶瓷花艺与日用器皿的无缝粘接工艺品及其制备方法，通过在丝网上平铺造型在转移至坯体上，避免在薄坯体上造型导致坯体损坏，抽丝可以在花艺和坯体之间形成孔隙，提高透光率，石蜡密封和泥浆复浸，可以在保证花艺边缘清晰的前提下，提高手工陶瓷花艺和坯体的粘结度；活性炭对坯体中的氧化铝进行还原氮化反应，生成氮氧化铝，高透光性的坯体将内部的光投射至手工陶瓷花艺上，使得花艺根据厚度不同呈现不同的亮度，具有良好的层次感和观赏性；花艺泥料中的玻璃颗粒在烧制的过程中熔化，并与花艺原料融为一体，颗粒状分布的玻璃颗粒有助于提高陶瓷花艺对光线的折射率。
Seamless bonding handicraft of handmade ceramic floriculture and daily utensil and preparation method of seamless bonding handicraft
手工陶瓷花艺与日用器皿的无缝粘接工艺品及其制备方法
XU HAIYAN (author) / XU QINGXIN (author)
2022-03-04
Patent
Electronic Resource
Chinese
| European Patent Office | 2024
| European Patent Office | 2024
Imitation ceramic handicraft and preparation method thereof
| European Patent Office | 2024