菱镁砼制品硬化机理与原材料及生产技术

中国菱镁科技网

　一、前 　言······························
　二、氯氧镁水泥的定义与分类 ······················
　　　1、按活性氧化镁的来源分类·····················
　　　2、按调合剂的种类分类·······················
　　　3、按制品的种类分类························
　三、氯氧镁水泥的用途 ·························
　　　1、镁水泥早期的装饰摸灰······················
　　　2、镁水泥早期的纺纱厂地面·····················
　　　3、镁水泥早期的波瓦制品······················
　　　4、镁水泥早期的梁檩屋架门窗框及活动房···············
　　　5、镁水泥早期的机器包装构件及整体箱················
　　　6、镁水泥钢材建筑构件·······················
　　　7、镁水泥膨胀珍珠岩制品······················
　　　8、镁水泥陶粒混凝土及其制品····················
　　　9、镁水泥多孔发泡制品及复合墙体··················
　　　10、镁水泥耐火材料 ························
　　　11、镁水泥制作的排烟囱及排水管 ··················
　　　12、镁水泥在农业方面的大棚架、葡萄架杆、牛羊圈栏等 ········
　　　13、镁水泥在通讯方面的电缆槽 ···················
　　　14、镁水泥在采矿业方面的轻轨枕、坑木、背板 ············
　　　15、镁水泥在制冷行业的中央空调通风管道、复合板 ··········
　　　16、镁水泥在城市建设方面的井盖水篦子 ···············
　　　17、镁水泥在建筑业的装修板吊顶板、轻体墙板 ············
　　　18、镁水泥制品大量出口的工艺品装饰品 ···············
　　　19、镁水泥用于切割方面的沙轮片及磨块 ···············
　　　20、镁水泥在国外用于高档次的公路路基 ···············
　四、氯氧镁水泥的发展 ·························
　　　1、镁水泥的发明和探索时期·····················
　　　2、镁水泥发展的3·1·8配料时期 ··················
　　　3、镁水泥发展的3·1·8和5·1·8配料时期··············
　　　4、镁水泥发展的5·1·8时期 ····················
　　　5、镁水泥发展的全面研究应用时期··················
　五、镁水泥的硬化理论和过程 ······················
　　　1、镁水泥硬化的第一阶段······················
　　　2、镁水泥硬化的第二阶段······················
　　　3、镁水泥硬化的第三阶段······················
　六、菱镁混凝土制品的原材料 ······················
　　　1、菱镁粉·····························
　　　2、氯化镁·····························
　　　3、填充料·····························
　　　4、配筋材料····························
七、外加剂 ·······························
　　　1、镁水泥外加剂的作用·······················
　　　2、镁水泥外加剂的分类·······················
　　　3、镁水泥外加剂的应用·······················
　　　　（1）抗水剂的分类························ 　　　　（2）磷酸及其盐类抗水剂的作用机理················
　　　　（3）硫酸盐类抗水剂的作用机理··················
　　　　（4）硫酸盐类抗水剂对镁水泥抗水性的影响·············
　　　　（5）有机树脂类抗水剂······················
　　　　（6）无机复合抗水剂·······················
　　　　（7）调热剂的分类························
　　　　（8）有机酸类调热剂的作用机理··················
　　　　（9）有机酸类调热剂对镁水泥浆体特征的影响············
　　　　（10）木质素调热剂的作用机理 ··················
　　　　（11）多聚磷酸盐类调热剂的作用机理 ···············
　　　　（12）多聚磷酸盐类调热剂的作用效果 ···············
　八、水在镁水泥胶凝材料中的应用 ····················
　　　1、水对胶凝材料性能的影响·····················
　　　2、用水量的确定与要求·······················
　九、镁水泥制品以摩尔比计算配比方法 ··················
　　　1、计算MgCl₂的用量 ························
　　　2、合适的摩尔比配方计算······················
　十、菱镁制品生产工艺八准则 ······················
　　　1、选用合格的原材料························
　　　2、原材料配比计量一定要精确····················
　　　3、配比搅拌用水量很重要······················
　　　4、配比搅拌时间很重要·······················
　　　5、添加有效的改性剂························
　　　6、生产操作要规范·························
　　　7、合理养生养护··························
　　　8、严格执行产品标识及仓储管理···················

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