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Improving Concrete Durability with Crystalline Technology

机译:结晶技术提高混凝土的耐久性

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摘要

Concrete is known for being a strong and versatile material and is used in many cast-in-place and precast structures for a variety of infrastructure and engineering applications. However, in standard formulations, it also has some known limitations when subjected to harsh conditions. Those conditions can cause physical damage or deterioration of the concrete, leading to significant problems and shortening the useful life of the concrete structure. The use of chemical admixtures in the concrete mix can help change the nature of the concrete and overcome some of those limitations, particularly deterioration. In specific admixtures, the use of crystalline technology has been shown to be quite effective in terms of waterproofing the concrete and providing resistance to chemicals, extreme temperatures and other conditions. Engineers who recognize the causes of concrete deterioration along with the best options to overcome them can create resistive concrete components that are more durable and more sustainable in the long run.
机译:混凝土以其坚固而通用的材料而闻名,并用于许多现浇和预制结构中,用于各种基础设施和工程应用。但是,在标准配方中,它在恶劣条件下也有一些已知的局限性。这些条件会导致混凝土的物理损坏或劣化,从而导致严重的问题并缩短混凝土结构的使用寿命。在混凝土混合物中使用化学外加剂可以帮助改变混凝土的性质,并克服某些局限性,特别是劣化。在特定的外加剂中,结晶技术的使用已证明在混凝土防水和提供耐化学药品,耐极端温度及其他条件方面非常有效。认识到混凝土变质的原因以及克服这些问题的最佳选择的工程师可以创造出电阻性混凝土组件,从长远来看,这种组件更耐用,更可持续。

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