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A platform for research: civil engineering, architecture and urbanism
Glaze with starlight effect after burning and production process of ceramic tile
The invention discloses a glaze with starlight effect after firing and a production process of a ceramic tile, and mainly relates to the field of glaze, the glaze comprises basic glaze and starlight particles capable of presenting the starlight effect under the irradiation of a light source after firing, the starlight particles with the mass ratio of 2.5% or above are added to the basic glaze and uniformly mixed to obtain the glaze, the starlight particles are frit particles obtained by melting, water quenching, crushing and screening raw materials, and have a point-like starlight effect without polishing and grinding a glaze surface after firing. Through matching of starlight particles with specific chemical composition and particle size distribution and mass ratio, the flatness effect and pollution resistance of the glaze surface are further improved, and the technical problems of potholes and poor pollution resistance of the glaze surface proposed in the background technology are solved. According to the preparation method of the further scheme, after a specific sintering system is limited, the ceramic tile with the water absorption rate of 0.5-3% is obtained, and the ceramic tile is particularly suitable for being paved on a wall surface and can better reflect the unique point-like starlight effect of star points in cooperation with light side irradiation.
本发明公开一种烧后具有星光效果的釉料及陶瓷砖的生产工艺，主要涉及釉料领域，包括基础釉和烧成后可在光源照射下呈现星光效果的星光粒子，在基础釉外加2.5％以上质量比的星光粒子并混合均匀得到釉料，星光粒子为将原料经熔融、水淬、破碎筛分获得的熔块颗粒，烧后无需抛磨釉面即具有点状星光效果。通过特定化学组成的星光粒子与粒径分布和质量比的配合，本发明进一步提高釉面平整效果和耐污染性，克服背景技术提出的釉面存在坑洼、耐污染性不佳的技术问题。且本进一步方案的制备方法在限定特定的烧成制度后，得到吸水率在0.5～3％之间的瓷砖，尤其适宜铺贴于墙面，配合灯光侧面照射更能体现其独特的繁星点点的点状星光效果。
Glaze with starlight effect after burning and production process of ceramic tile
The invention discloses a glaze with starlight effect after firing and a production process of a ceramic tile, and mainly relates to the field of glaze, the glaze comprises basic glaze and starlight particles capable of presenting the starlight effect under the irradiation of a light source after firing, the starlight particles with the mass ratio of 2.5% or above are added to the basic glaze and uniformly mixed to obtain the glaze, the starlight particles are frit particles obtained by melting, water quenching, crushing and screening raw materials, and have a point-like starlight effect without polishing and grinding a glaze surface after firing. Through matching of starlight particles with specific chemical composition and particle size distribution and mass ratio, the flatness effect and pollution resistance of the glaze surface are further improved, and the technical problems of potholes and poor pollution resistance of the glaze surface proposed in the background technology are solved. According to the preparation method of the further scheme, after a specific sintering system is limited, the ceramic tile with the water absorption rate of 0.5-3% is obtained, and the ceramic tile is particularly suitable for being paved on a wall surface and can better reflect the unique point-like starlight effect of star points in cooperation with light side irradiation.
本发明公开一种烧后具有星光效果的釉料及陶瓷砖的生产工艺，主要涉及釉料领域，包括基础釉和烧成后可在光源照射下呈现星光效果的星光粒子，在基础釉外加2.5％以上质量比的星光粒子并混合均匀得到釉料，星光粒子为将原料经熔融、水淬、破碎筛分获得的熔块颗粒，烧后无需抛磨釉面即具有点状星光效果。通过特定化学组成的星光粒子与粒径分布和质量比的配合，本发明进一步提高釉面平整效果和耐污染性，克服背景技术提出的釉面存在坑洼、耐污染性不佳的技术问题。且本进一步方案的制备方法在限定特定的烧成制度后，得到吸水率在0.5～3％之间的瓷砖，尤其适宜铺贴于墙面，配合灯光侧面照射更能体现其独特的繁星点点的点状星光效果。
Glaze with starlight effect after burning and production process of ceramic tile
一种烧后具有星光效果的釉料及陶瓷砖的生产工艺
WANG YANJUN (author) / WU BIN (author) / WANG GANG (author) / HONG WENHAI (author) / MA JI (author) / YU LINGBO (author) / XU GUANGGUI (author)
2024-07-23
Patent
Electronic Resource
Chinese
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