Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Surface-smooth high-wear-resistance non-slip glaze and preparation method thereof
The invention relates to the technical field of building materials, in particular to smooth-surface high-wear-resistance non-slip glaze and a preparation method thereof. The smooth-surface high-wear-resistance non-slip glaze comprises the following materials in parts by weight: 15-20% of potassium feldspar; 6-8% of calcined talc; 7% of kaolin; 12 to 18% of quartz; 2-3% of calcite; 3-4% of zinc oxide; 2% of wollastonite; 0-2% of dolomite; 5-7% of corundum; 2-3% of borax; 16-20% of barium carbonate; 14 to 20% of silicon-aluminum-calcium frit; by adjusting the formula of the glaze, tiny crystals are generated on the surface of the glaze in the sintering process, the surface contact area and the abrasion resistance of the ceramic tile are increased, the rough feeling is displayed under the microcosmic condition, so that the friction coefficient is increased, the anti-skid capacity is improved, the density of the glaze after complete vitrification is higher, and the glaze surface is very flat in the macroscopic view; according to the non-slip glaze, other concave-convex textures do not need to be added on the surface of the glaze to increase the slip resistance, the non-slip glaze has excellent performance in the aspects of wear resistance and slip resistance while the surface texture of a product is not influenced, the surface of the product is smooth, the hand feeling is soft, and the slip resistance is still stable after the product is wetted with water.
本发明涉及建材技术领域，具体为一种表面平整高耐磨止滑釉及其制备方法，包括如下述重量份物料：钾长石：15‑20％；烧滑石：6‑8％；高岭土：7％；石英：12‑18％；方解石：2‑3％；氧化锌：3‑4％；硅灰石：2％；白云石：0‑2％；刚玉：5‑7％；硼砂：2‑3％；碳酸钡：16‑20％；硅铝钙熔块：14‑20％；通过调整釉料配方，使釉料在烧成过程中在表面产生微小晶体，增加瓷砖的表面接触面积及耐磨度，在微观下显示出粗糙感从而增大摩擦系数，提高防滑能力，釉料在完全玻化后致密度较高，所以在宏观上看，釉面是非常平整的，无需再在釉料表面增加其他凹凸纹理来增加防滑性，该止滑釉在不影响产品表面质感的同时，耐磨性和防滑性方面都有不俗表现，产品表面平整，手感柔和，湿水后防滑性能依然稳定。
Surface-smooth high-wear-resistance non-slip glaze and preparation method thereof
The invention relates to the technical field of building materials, in particular to smooth-surface high-wear-resistance non-slip glaze and a preparation method thereof. The smooth-surface high-wear-resistance non-slip glaze comprises the following materials in parts by weight: 15-20% of potassium feldspar; 6-8% of calcined talc; 7% of kaolin; 12 to 18% of quartz; 2-3% of calcite; 3-4% of zinc oxide; 2% of wollastonite; 0-2% of dolomite; 5-7% of corundum; 2-3% of borax; 16-20% of barium carbonate; 14 to 20% of silicon-aluminum-calcium frit; by adjusting the formula of the glaze, tiny crystals are generated on the surface of the glaze in the sintering process, the surface contact area and the abrasion resistance of the ceramic tile are increased, the rough feeling is displayed under the microcosmic condition, so that the friction coefficient is increased, the anti-skid capacity is improved, the density of the glaze after complete vitrification is higher, and the glaze surface is very flat in the macroscopic view; according to the non-slip glaze, other concave-convex textures do not need to be added on the surface of the glaze to increase the slip resistance, the non-slip glaze has excellent performance in the aspects of wear resistance and slip resistance while the surface texture of a product is not influenced, the surface of the product is smooth, the hand feeling is soft, and the slip resistance is still stable after the product is wetted with water.
本发明涉及建材技术领域，具体为一种表面平整高耐磨止滑釉及其制备方法，包括如下述重量份物料：钾长石：15‑20％；烧滑石：6‑8％；高岭土：7％；石英：12‑18％；方解石：2‑3％；氧化锌：3‑4％；硅灰石：2％；白云石：0‑2％；刚玉：5‑7％；硼砂：2‑3％；碳酸钡：16‑20％；硅铝钙熔块：14‑20％；通过调整釉料配方，使釉料在烧成过程中在表面产生微小晶体，增加瓷砖的表面接触面积及耐磨度，在微观下显示出粗糙感从而增大摩擦系数，提高防滑能力，釉料在完全玻化后致密度较高，所以在宏观上看，釉面是非常平整的，无需再在釉料表面增加其他凹凸纹理来增加防滑性，该止滑釉在不影响产品表面质感的同时，耐磨性和防滑性方面都有不俗表现，产品表面平整，手感柔和，湿水后防滑性能依然稳定。
Surface-smooth high-wear-resistance non-slip glaze and preparation method thereof
一种表面平整高耐磨止滑釉及其制备方法
YANG WENDUAN (Autor:in) / LIU FANG (Autor:in) / PENG JIAMING (Autor:in) / CHEN JIAHUI (Autor:in)
06.06.2023
Patent
Elektronische Ressource
Chinesisch
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