A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Novel superposition process for rock plate surface decoration and rock plate
The invention relates to the technical field of architectural ceramics, in particular to a novel superposition process for rock plate surface decoration and a rock plate. The novel superposition process comprises the following steps: S1, printing concave-convex patterns on a green body by using matte oil-based ink; s2, applying zirconium white matte cover glaze and drying; s3, printing a color pattern by using the ceramic ink-jet ink; s4, applying water-based effect glaze, wherein the water-based effect glaze comprises any one of leather-imitated glaze, volcanic-imitated glaze, soft-light effect glaze, pearlescent effect glaze and dry granular glaze; s5, carrying out firing; s6, carrying polishing and edging, printing patterns with matte oil-based ink, forming a concave-convex face in any shape on the surface of the rock plate by combining water-based effect glaze and utilizing the oil-water separation characteristic, so that more complete and clearer texture patterns can be shown by combining specific zirconium white matte cover glaze; by matching with effect glaze, free combination of different glossiness, different concave-convex feelings and different glaze fineness can be realized, free plate transfer of rock plate products is realized under the condition that hardware equipment of a production line is not replaced, the production is stable, and the equipment cost is low.
本发明涉及建筑陶瓷技术领域，具体一种用于岩板表面装饰的新型叠加工艺及岩板，包括如下步骤：S1.用亚光油性墨水在坯体上打印凹凸图案；S2.施加锆白亚光面釉并烘干；S3.用陶瓷喷墨墨水打印颜色图案；S4.施加水性效果釉，水性效果釉包括仿皮纹釉、仿火山岩釉、柔光效果釉、珠光效果釉、干粒釉中的任意一种；S5.烧成；S6.抛光并磨边，采用亚光油性墨水打印图案，结合水性效果釉，利用油水分离特性，在岩板表面形成任意形状的凹凸面，结合特有的锆白亚光面釉，利于呈现出更完整、清晰的纹理图案；搭配效果釉，可实现不同光泽度、不同凹凸感及不同釉面细腻度的自由组合，在不更换生产线硬件设备的情况下，实现岩板产品的自由转版，生产稳定，设备成本低。
Novel superposition process for rock plate surface decoration and rock plate
The invention relates to the technical field of architectural ceramics, in particular to a novel superposition process for rock plate surface decoration and a rock plate. The novel superposition process comprises the following steps: S1, printing concave-convex patterns on a green body by using matte oil-based ink; s2, applying zirconium white matte cover glaze and drying; s3, printing a color pattern by using the ceramic ink-jet ink; s4, applying water-based effect glaze, wherein the water-based effect glaze comprises any one of leather-imitated glaze, volcanic-imitated glaze, soft-light effect glaze, pearlescent effect glaze and dry granular glaze; s5, carrying out firing; s6, carrying polishing and edging, printing patterns with matte oil-based ink, forming a concave-convex face in any shape on the surface of the rock plate by combining water-based effect glaze and utilizing the oil-water separation characteristic, so that more complete and clearer texture patterns can be shown by combining specific zirconium white matte cover glaze; by matching with effect glaze, free combination of different glossiness, different concave-convex feelings and different glaze fineness can be realized, free plate transfer of rock plate products is realized under the condition that hardware equipment of a production line is not replaced, the production is stable, and the equipment cost is low.
本发明涉及建筑陶瓷技术领域，具体一种用于岩板表面装饰的新型叠加工艺及岩板，包括如下步骤：S1.用亚光油性墨水在坯体上打印凹凸图案；S2.施加锆白亚光面釉并烘干；S3.用陶瓷喷墨墨水打印颜色图案；S4.施加水性效果釉，水性效果釉包括仿皮纹釉、仿火山岩釉、柔光效果釉、珠光效果釉、干粒釉中的任意一种；S5.烧成；S6.抛光并磨边，采用亚光油性墨水打印图案，结合水性效果釉，利用油水分离特性，在岩板表面形成任意形状的凹凸面，结合特有的锆白亚光面釉，利于呈现出更完整、清晰的纹理图案；搭配效果釉，可实现不同光泽度、不同凹凸感及不同釉面细腻度的自由组合，在不更换生产线硬件设备的情况下，实现岩板产品的自由转版，生产稳定，设备成本低。
Novel superposition process for rock plate surface decoration and rock plate
用于岩板表面装饰的新型叠加工艺及岩板
ZHAO YAO (author) / LU LIU (author) / LAN XUYUAN (author) / JIN JIE (author) / MU JUN (author)
2021-11-16
Patent
Electronic Resource
Chinese
Surface decoration treatment method combining directional corrosion ink and marble rock plate
| European Patent Office | 2024
| European Patent Office | 2021