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FABRICATION METHOD OF SUBSTRATE-SUPPORTED COATING LAYERS BY USING TAPE CASTING FILM SHEET

机译:胶带浇铸膜片的基体支撑涂层制备方法

摘要

PURPOSE: A manufacturing method of a support type coating film is provided to easily manufacture a green film type sheet and to easily and simply form the same on a support by only one tap casting. CONSTITUTION: A manufacturing method of a support type coating film comprises a step of forming a support; a step of forming a green sheet for a coating film on a releasing film; a step of attaching a green sheet on the support; a step of removing the releasing film from a laminate which consists of a mold releasing film, green sheet, and a support; and a step of co-sintering the support and the laminate of the green sheet. The final thickness of the coating film is 0.1-900m. The sintered density of the coating film is 30% or more. The support is a fuel electrode or air electrode. [Reference numerals] (AA) Start; (BB) First step: step of manufacturing a pre-sintered support substrate by molding and thermally treating powder for a support containing a binder; (CC) Second step: step of manufacturing a green sheet by tape-casting ceramics(electrolyte) slurry containing a binder; (DD) Third step: step of bonding by coating the ceramics sheet with an organic solvent and attaching the ceramics sheet on one side of the support; (EE) Fourth step: step of placing the support with the green sheet and removing a releasing film from the surface; (FF) Fifth step: step of homogenizing by aging the laminate of the support and the sheet in an electronic oven at room temperature or 400C or less; (GG) Sixth step: step of forming a support type coating functional film(electrolyte or separating membrane) by finally simultaneously sintering and thermally treating the laminate; (HH) End
机译:目的:提供一种支撑型涂膜的制造方法,以容易地制造生膜型片并且仅通过一次浇铸就可以容易且简单地将其形成在支撑体上。构成:支撑型涂膜的制造方法包括形成支撑体的步骤;在脱模膜上形成用于涂膜的生片的步骤;在支撑件上粘贴生片的步骤;从由脱模膜,生片和支撑体组成的层压体上除去脱模膜的步骤;共烧结支撑体和生片的层压体的步骤。涂膜的最终厚度为0.1-900m。涂膜的烧结密度为30%以上。载体是燃料电极或空气电极。 [参考数字](AA)开始; (BB)第一步:通过模制和热处理用于包含粘合剂的载体的粉末来制造预烧结的载体基板的步骤; (CC)第二步骤:通过流延包含粘合剂的陶瓷(电解质)浆料制造生片的步骤; (DD)第三步骤:通过用有机溶剂涂覆陶瓷片并将陶瓷片附着在支撑体的一侧上进行粘结的步骤; (EE)第四步骤:将支撑件与生片一起放置并从表面上去除离型膜的步骤; (FF)第五步骤:通过在室温或400℃或更低的温度下在电子炉中老化支撑物和片材的叠层来均质化的步骤; (GG)第六步骤:通过最终同时对层压体进行烧结和热处理来形成支撑型涂布功能膜(电解质或分离膜)的步骤; (HH)结束

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