首页> 外国专利> VITREOUS SOLIDIFYING MATERIAL FOR ACID-RESISTANT HYDRAULIC HARDENED BODY, METHOD FOR PRODUCING THE SAME, ACID-RESISTANT HYDRAULIC HARDENED BODY, METHOD FOR PRODUCING ACID-RESISTANT HYDRAULIC HARDENED BODY, VITREOUS HARDENING ACCELERATOR FOR ACID-RESISTANT HYDRAULIC HARDENED BODY, AND VITREOUS SOLIDIFYING MATERIAL FOR POWDERY ACID-RESISTANT HYDRAULIC HARDENED BODY

VITREOUS SOLIDIFYING MATERIAL FOR ACID-RESISTANT HYDRAULIC HARDENED BODY, METHOD FOR PRODUCING THE SAME, ACID-RESISTANT HYDRAULIC HARDENED BODY, METHOD FOR PRODUCING ACID-RESISTANT HYDRAULIC HARDENED BODY, VITREOUS HARDENING ACCELERATOR FOR ACID-RESISTANT HYDRAULIC HARDENED BODY, AND VITREOUS SOLIDIFYING MATERIAL FOR POWDERY ACID-RESISTANT HYDRAULIC HARDENED BODY

机译：耐酸液压硬化体的玻璃钢固化材料，制备相同方法的，耐酸液压硬化体的方法，制备酸的耐水硬质合金，玻璃态的玻璃态硬质酸硬化剂抗粉状液压硬化体

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摘要

PPROBLEM TO BE SOLVED: To provide a vitreous solidifying material for acid-resistant hydraulic hardened body, which can reduce the equipment cost and raw material cost, a method for producing the same, an acid-resistant hydraulic hardened body, a method for producing the acid-resistant hydraulic hardened body, a vitreous hardening accelerator for the acid-resistant hydraulic hardened body, and a vitreous solidifying material for a powdery acid-resistant hydraulic hardened body. PSOLUTION: The method for producing the vitreous solidifying material for acid-resistant hydraulic hardened body is characterized by blending an inorganic powder containing an SiOSB2/SBcomponent with a flux containing sodium carbonate or sodium hydroxide so that the molar ratio (S/N) of the SiOSB2/SBcomponent to an NaSB2/SBO component becomes within a range of 0.4-1.44, then melting or half-melting the resulting mixture at a prescribed temperature, and vitrifying the melted or half-melted material by rapidly cooling it. At this time, it is preferable that S/N is 0.54 and 1.27. The acid-resistant hydraulic hardened body is produced by mixing the vitreous solidifying material thus produced, blast furnace granulated slag, a silica-based powder, an aggregate and water, and then subjecting the resulting mixture to normal temperature curing or steam curing. PCOPYRIGHT: (C)2008,JPO&INPIT

机译：

要解决的问题：提供一种可降低设备成本和原材料成本的用于耐酸水硬性体的玻璃态固化材料，其制造方法，耐酸水硬性体，方法用于制造耐酸性水硬性体的玻璃固化促进剂，用于耐酸性水硬性体的玻璃纤维固化促进剂和用于粉末状耐酸性水硬性体的玻璃固化材料。

解决方案：用于制备耐酸水硬性玻璃体固化材料的方法的特征在于，将含有SiO 2 组分的无机粉末与含有碳酸钠或氢氧化钠的助熔剂混合，以使SiO 2 组分与Na 2 O组分的摩尔比（S / N）在0.4-1.44的范围内，然后将所得的产物熔融或半熔融。在规定温度下混合，并通过快速冷却使熔融或半熔融的材料玻璃化。此时，S / N优选为0.54和1.27。耐酸水硬性体是通过将如此生成的玻璃状固化材料，高炉造粒矿渣，二氧化硅基粉末，骨料和水混合，然后将所得混合物进行常温固化或蒸汽固化而制备的。

版权：（C）2008，日本特许厅＆INPIT 展开▼

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公开/公告号JP2007269583A

专利类型
公开/公告日2007-10-18

原文格式PDF
申请/专利权人 DOBOKU CHISHITSU KK;NIPPON ZENITH PIPE CO LTD;
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申请/专利号JP20060098067
发明设计人 TSUKIYAMA KOICHI;MURAKAMI TAKAAKI;
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申请日2006-03-31
分类号C04B12/04;C04B14/04;C04B18/14;C04B28/26;C04B111/23;
国家 JP
入库时间 2022-08-21 21:16:11

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