New Corrosion Resistance Bar in Sandwich Wall

Li Yancang, Geng Xiaohua, Wang Fengxin
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Abstract

Sandwich masonry wall is an energy-saving composite wall with good mechanical properties and durability. But the adhesion strength to its tie bar affects its permanence. In order to simple the traditional production processes, a new method was proposed. First, a new theory of anti-corrosion using amino and carboxyl groups to change the distribution of steel surface was introduced. The theory was used to produce a high strength environmentally friendly steel agent layer which can guarantee the durability of the entire wall. The high strength materials can reduce the weight of whole walls with low cost. In order to meet the strength and the stiffness requirements, the appropriate tie bars were selected by the experimental analysis. The results show that the new method can overcome the bond strength of the issue. It has a high performance, good insulation, and good corrosion resistance. It effectively prevents the corrosion of steel. The is a simple and effective approach for the harbor construction and maintenance, bridge construction and maintenance, public works, infrastructure construction, temporary buildings, and so on.
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夹芯墙新型防腐蚀棒
夹芯砌体墙是一种具有良好力学性能和耐久性的节能复合墙体。但其与拉杆的附着力影响其耐久性。为了简化传统的生产工艺,提出了一种新的生产方法。首先,介绍了一种利用氨基和羧基改变钢表面分布的新型防腐理论。利用这一理论生产出了一种高强度的环保钢剂层,可以保证整个墙体的耐久性。高强度材料可以降低墙体整体重量,成本较低。在满足强度和刚度要求的前提下,通过试验分析选择了合适的拉杆。结果表明,新方法可以克服粘结强度的问题。它具有高性能,良好的绝缘性和良好的耐腐蚀性。有效防止钢材腐蚀。是港口建设与维护、桥梁建设与维护、公共工程、基础设施建设、临时建筑等简单有效的方法。
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