首页> 外国专利> METHOD AND APPARATUS FOR MANUFACTURING ANODIZED POROUS ALUMINA, ANODIZED POROUS ALUMINA MANUFACTURED BY THE METHOD, MOLDED PRODUCT MANUFACTURED BY USING ANODIZED POROUS ALUMINA AS CASTING MOLD, REFLECTION PREVENTIVE ARTICLE AND WATER-REPELLENT ARTICLE

METHOD AND APPARATUS FOR MANUFACTURING ANODIZED POROUS ALUMINA, ANODIZED POROUS ALUMINA MANUFACTURED BY THE METHOD, MOLDED PRODUCT MANUFACTURED BY USING ANODIZED POROUS ALUMINA AS CASTING MOLD, REFLECTION PREVENTIVE ARTICLE AND WATER-REPELLENT ARTICLE

机译:制造阳极化多孔氧化铝的方法和装置,由该方法制造的阳极化多孔氧化铝,以阳极化多孔铝作为铸件制造的模制品,铸模,防反射制品和防水制品

摘要

PROBLEM TO BE SOLVED: To provide a method and an apparatus for manufacturing anodized porous alumina capable of reliably preparing an anodized porous alumina in which micro pores are arrayed in a high regularity, and to provide the anodized porous alumina manufactured by the method for manufacturing anodized porous alumina.;SOLUTION: When anodizing an aluminum material 11, an electrolyzing liquid is brought into contact with an anodization part of the aluminum material, at the same time, liquid other than the electrolyzing liquid is brought into contact with a part different from the anodization part of the aluminum material as a heating medium 12, and a temperature of the aluminum material is controlled to a prescribed temperature independent of a temperature of the electrolyzing liquid. Since the temperature of the electrolyzing liquid and the temperature of the aluminum material can be controlled independent of each other, the removal of heat generation of the aluminum material accompanied by an anodizing reaction and the quickening of the anodization reaction by heating of the aluminum material are permitted. Particularly, the formation of micropores arrayed with a high regularity and the stable anodization at a high voltage are permitted.;COPYRIGHT: (C)2011,JPO&INPIT
机译:解决的问题:提供一种能够可靠地制备以高规则性排列微孔的阳极氧化多孔氧化铝的阳极氧化多孔氧化铝的制造方法和装置,并提供通过该阳极氧化制造方法制造的阳极氧化多孔氧化铝。解决方案:对铝材料11进行阳极氧化处理时,使电解液与铝材料的阳极氧化部分接触,同时,使除电解液之外的其他液体与与阳极氧化层不同的部分接触。作为加热介质12的铝材料的阳极氧化部分,并且将铝材料的温度控制为与电解液的温度无关的规定温度。由于可以彼此独立地控制电解液的温度和铝材料的温度,因此消除了伴随着阳极氧化反应的铝材料的生热的消除以及通过铝材料的加热而加快了阳极氧化反应的速度。允许的。特别是,允许​​形成规则性高的微孔并在高电压下进行稳定的阳极氧化。;版权所有:(C)2011,JPO&INPIT

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