As a pre - treatment primer for oxidative and physically drying paints on galvanized steel and non - ferrous metals such as non - anodized aluminum in mildly to moderately corrosive environment 可作为氧化物理干燥型油漆的预涂底漆，涂布于轻微至中等腐蚀性环境下的电镀钢板和有色金属板表面。 (例如无阳极化的铝板表面) 。
Companies use its technological achievements and mature formulas and products on a global scale equipment available to customers of protection means , is widely used in various industries and the corrosive environment , for new and existing steel facilities to provide comprehensive protection 公司利用其技术成果和成熟的配方及产品，在全球范围内向用户提供设备防护手段，广泛应用于各种腐蚀性环境和行业中，为新建和原有的钢结构设施提供全面的保护！
Concrete reinforced with steel reinforcing bars has been used successfully in civil engineering for decades . however , the corrosion of these structures , particularly when they are located in such aggressive environments as coastal and marine structures , is serious . as an alternative to steel reinforcing bars , carbon fiber reinforced plastic bars ( cfrp bars ) has the advantages of excellent corrosion resistance and mechanical properties 在处于海洋等腐蚀性环境下时,钢筋混凝土结构通常会发生由于钢筋锈蚀而引起的结构损伤或破坏,碳纤维增强塑料筋(简称cfrp筋或碳纤维筋)由于其具有良好的耐腐蚀性能和物理力学性能,被作为钢筋的替代材料用于混凝土结构中。
Due to the influence of the corrosive agents in the outer environment , the resistance and dynamic reliability of the chemical structures declined with time very fast . and it is difficult for the chemical structures that with the normal design reliability level to fulfil their structural functions . on the condition that the design service life is confirmed , the design reliability level of the chemical structures should include the corrosive environment and its effect on the structures . based on agents ' corrosiveness fuzzy classification , this paper suggests a practical method on design reliability level decision - making of the industrial structures , which is very useful for the anti - corrosion design of the industrial structures 化工结构由于受到外部腐蚀性介质环境的影响，其承载能力及动态可靠度水平随使用时间衰减过快，按照普通结构设计可靠度水平设计的工业建筑常难以顺利完成设计使用功能.因此，在设计基准期预先确定条件下，化工结构的设计可靠度水平应综合考虑腐蚀性环境及其对建筑结构的影响特点来决策.根据介质腐蚀性模糊分级，提出了工业建筑设计可靠度水平的一种实用决策方法
