首页> 外国专利> THERMAL STORAGE MATERIAL MICROCAPSULE, THERMAL STORAGE MATERIAL MICROCAPSULE DISPERSION AND THERMAL STORAGE MICROCAPSULE SOLID MATERIAL

THERMAL STORAGE MATERIAL MICROCAPSULE, THERMAL STORAGE MATERIAL MICROCAPSULE DISPERSION AND THERMAL STORAGE MICROCAPSULE SOLID MATERIAL

机译:热存储材料微胶囊,热存储材料微胶囊分散液和热存储微胶囊固体材料

摘要

PROBLEM TO BE SOLVED: To provide a thermal storage material microcapsule carrying out heat absorption of heat energy during melting and heat radiation of the heat energy during solidification in each different temperature region and having high heat quantity and excellent thermal storage performances without using a plurality of kinds of organic thermal storage materials in a thermal storage material microcapsule encapsulating the organic thermal storage material.;SOLUTION: The thermal storage material microcapsule encapsulating the organic thermal storage material in a microcapsule is obtained by forming the film of the thermal storage material microcapsule by an interfacial polymerization method or a radical polymerization method. The difference between the melting temperature and the solidifying temperature of the organic thermal storage material in a state encapsulated in the microcapsule is set at ≥5°C. The average particle diameter of the thermal storage material microcapsule is preferably set at ≥0.1 to ≤12 μm. The purity of the organic thermal storage material is more preferably set at ≥80%. The acid value thereof is more preferably set at ≤3. The hydroxyl value is more preferably set at ≤10.;COPYRIGHT: (C)2007,JPO&INPIT
机译:解决的问题:提供一种蓄热材料微胶囊,该微囊在各个不同温度区域中进行熔化时的热能的吸热和凝固时的热能的热辐射,并且具有高热量和优异的储热性能,而无需使用多个封装有机储热材料的储热材料微囊中的多种有机储热材料。;解决方案:将有机储热材料封装在微囊中的储热材料微囊是通过以下方法形成的:界面聚合法或自由基聚合法。封装在微囊中的状态下的有机储热材料的熔化温度和固化温度之间的差被设置为5℃。蓄热材料微胶囊的平均粒径优选设为0.1〜12μm。有机储热材料的纯度更优选设定为≥80%。其酸值更优选设定为≤3。羟值更优选设定为10。COPYRIGHT:(C)2007,JPO&INPIT

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