Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Preparation method of electrified self-heating ceramic tile
The invention relates to a preparation method of a ceramic tile capable of self-heating after being electrified, which comprises the following steps: adding bacterial cellulose dry powder into a ceramic tile mixed raw material, uniformly mixing, and firing at high temperature. The bacterial cellulose dry powder is added into the ceramic tile mixed blank, and high-temperature firing is performed after compression molding, so that the bacterial cellulose can be converted into carbon fibers which are uniformly distributed in the ceramic tile blank; or bacterial cellulose dry powder is added into the mixed glaze, and after glazing, high-temperature firing is carried out, so that the bacterial cellulose can be converted into carbon fibers which are uniformly distributed in the glaze body of the ceramic tile. The advantages of ceramic tile products are kept, and meanwhile the heating requirement can be met in a safe, energy-saving and environment-friendly mode.
本发明涉及一种能够通电自发热的瓷砖的制备方法，其是在瓷砖混合原料中加入细菌纤维素干粉混合均匀，再一同高温烧制。本发明在瓷砖混合胚料中加入细菌纤维素干粉，压制成型后高温烧制，可以使细菌纤维素转化为碳纤维且均匀分布在瓷砖胚体中；或者在混合釉料中加入细菌纤维素干粉，上釉之后经过高温烧制，也可以使细菌纤维素转化为碳纤维且均匀分布在瓷砖的釉体中。在保持瓷砖产品的优点的同时，也能够安全、节能、环保地满足供暖的要求。
Preparation method of electrified self-heating ceramic tile
The invention relates to a preparation method of a ceramic tile capable of self-heating after being electrified, which comprises the following steps: adding bacterial cellulose dry powder into a ceramic tile mixed raw material, uniformly mixing, and firing at high temperature. The bacterial cellulose dry powder is added into the ceramic tile mixed blank, and high-temperature firing is performed after compression molding, so that the bacterial cellulose can be converted into carbon fibers which are uniformly distributed in the ceramic tile blank; or bacterial cellulose dry powder is added into the mixed glaze, and after glazing, high-temperature firing is carried out, so that the bacterial cellulose can be converted into carbon fibers which are uniformly distributed in the glaze body of the ceramic tile. The advantages of ceramic tile products are kept, and meanwhile the heating requirement can be met in a safe, energy-saving and environment-friendly mode.
本发明涉及一种能够通电自发热的瓷砖的制备方法，其是在瓷砖混合原料中加入细菌纤维素干粉混合均匀，再一同高温烧制。本发明在瓷砖混合胚料中加入细菌纤维素干粉，压制成型后高温烧制，可以使细菌纤维素转化为碳纤维且均匀分布在瓷砖胚体中；或者在混合釉料中加入细菌纤维素干粉，上釉之后经过高温烧制，也可以使细菌纤维素转化为碳纤维且均匀分布在瓷砖的釉体中。在保持瓷砖产品的优点的同时，也能够安全、节能、环保地满足供暖的要求。
Preparation method of electrified self-heating ceramic tile
一种通电自发热瓷砖的制备方法
ZHONG CHUNYAN (Autor:in) / ZHONG YUGUANG (Autor:in)
17.12.2024
Patent
Elektronische Ressource
Chinesisch
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