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Synthesis of Polycarboxylate Superplasticizer for High Strength Concrete and Application in Tianjin Goldin 117 Mega Tower

机译:高强度混凝土聚羧酸盐超塑料加工剂的合成及在天津金属蛋白117兆塔的应用

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A new type of polycarboxylate superplasticizer with high dispersibility was synthesized by the method of free radical polymerization and the hydrothermal reaction. The synthetic process optimized the influencing factors of reaction had been discussed, including proportion of acid and ether, reaction temperature, initiator concentration, heat preservation time and additive. The dispersibility of new product was superior under the condition of low water/cement ratio, testing by gel permeation chromatography and C60 self-compacting concrete. The new product had already been used in Tianjin Goldin 117 Mega Tower project. The performance of C70 fresh mixed self-compacting concrete, which was added with new product, was very excellent in Tianjin Goldin 117 Mega Tower project, and was satisfied with the design code for high-strength self-compacting concrete in China. It is possible to realize industrial production.
机译:通过自由基聚合方法和水热反应的方法合成具有高分散性的新型多羧酸酯超塑化剂。合成过程优化了已经讨论了反应的影响因素,包括酸和醚的比例,反应温度,引发剂浓度,保温时间和添加剂。新产物的分散性在低水/水泥比的条件下优越,通过凝胶渗透色谱和C60自重混凝土检测。新产品已被用于天津金丁117兆塔项目。 C70新鲜混合自控混凝土的性能加入了新产品,在天津金滨广场项目中非常出色,对中国的高强度自压力混凝土设计代码感到满意。可以实现工业生产。

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