Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
High-performance daily fine porcelain and processing technology thereof
The invention relates to the technical field of daily porcelain, and discloses high-performance daily fine porcelain which comprises the following raw materials in parts by weight: 10-15% of superfine quartz, 45-55% of high-potassium low-sodium feldspar, 35-45% of low-iron titanium clay, 10-14% of calcite, 4-6% of talc, 1-3% of dolomite and 2-6% of industrial aluminum powder. According to the high-performance daily fine porcelain and the processing technology thereof, high-potassium low-sodium feldspar, superconducting quartz and high-quality clay form a main formula, natural raw materials and frits form glaze, secondary calcination is performed by adopting a low-temperature biscuit firing and high-temperature glaze firing technology, and the raw materials in the formula are subjected to superfine processing treatment, so that the high-performance daily fine porcelain is obtained. Compared with the traditional daily fine porcelain, the porcelain body weight is reduced by 30%, the whiteness meets the requirements of national standard high-quality daily fine porcelain, the light transmittance of the body is obviously improved, the product deformation is greatly reduced, the porcelain quality, the porcelainization degree and the sintering degree are obviously improved, and meanwhile, the porcelain prepared by the method has the characteristics of high analysis resistance and high impact strength, and is suitable for industrial production. And the ceramic sintering is good, the quality is ultrathin, and the deformation is small.
本发明涉及日用瓷器技术领域，且公开了一种高性能日用细瓷，包括以下重量份数配比的原料：超细石英10‑15％、高钾低钠长石45‑55％、低铁钛黏土35‑45％、方解石10％‑14％、滑石4％‑6％、白云石1％‑3％、工业铝粉2％‑6％。该高性能日用细瓷及其加工工艺，通过高钾低钠长石、超导石英、优质粘土组成主要配方，以天然原料加熔块组成釉料，采用低温素烧高温釉烧工艺的二次煅烧，并对配方原料进行超细加工处理，使得制出的瓷器胎重比传统日用细瓷重量减少30％，并且白度达到国标优质日用细瓷要求，胎体透光度明显提升，其次，产品变形大幅减少，瓷质、瓷化、烧结程度显著改善，同时，本方法制出的瓷器具备高抗析、高抗冲击强度的特点，而且瓷化烧结良好，品质超薄、变形小。
High-performance daily fine porcelain and processing technology thereof
The invention relates to the technical field of daily porcelain, and discloses high-performance daily fine porcelain which comprises the following raw materials in parts by weight: 10-15% of superfine quartz, 45-55% of high-potassium low-sodium feldspar, 35-45% of low-iron titanium clay, 10-14% of calcite, 4-6% of talc, 1-3% of dolomite and 2-6% of industrial aluminum powder. According to the high-performance daily fine porcelain and the processing technology thereof, high-potassium low-sodium feldspar, superconducting quartz and high-quality clay form a main formula, natural raw materials and frits form glaze, secondary calcination is performed by adopting a low-temperature biscuit firing and high-temperature glaze firing technology, and the raw materials in the formula are subjected to superfine processing treatment, so that the high-performance daily fine porcelain is obtained. Compared with the traditional daily fine porcelain, the porcelain body weight is reduced by 30%, the whiteness meets the requirements of national standard high-quality daily fine porcelain, the light transmittance of the body is obviously improved, the product deformation is greatly reduced, the porcelain quality, the porcelainization degree and the sintering degree are obviously improved, and meanwhile, the porcelain prepared by the method has the characteristics of high analysis resistance and high impact strength, and is suitable for industrial production. And the ceramic sintering is good, the quality is ultrathin, and the deformation is small.
本发明涉及日用瓷器技术领域，且公开了一种高性能日用细瓷，包括以下重量份数配比的原料：超细石英10‑15％、高钾低钠长石45‑55％、低铁钛黏土35‑45％、方解石10％‑14％、滑石4％‑6％、白云石1％‑3％、工业铝粉2％‑6％。该高性能日用细瓷及其加工工艺，通过高钾低钠长石、超导石英、优质粘土组成主要配方，以天然原料加熔块组成釉料，采用低温素烧高温釉烧工艺的二次煅烧，并对配方原料进行超细加工处理，使得制出的瓷器胎重比传统日用细瓷重量减少30％，并且白度达到国标优质日用细瓷要求，胎体透光度明显提升，其次，产品变形大幅减少，瓷质、瓷化、烧结程度显著改善，同时，本方法制出的瓷器具备高抗析、高抗冲击强度的特点，而且瓷化烧结良好，品质超薄、变形小。
High-performance daily fine porcelain and processing technology thereof
一种高性能日用细瓷及其加工工艺
SUN MENGXI (Autor:in)
01.11.2022
Patent
Elektronische Ressource
Chinesisch
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