With the increasing demand for both engineering aesthetics and functionality in the construction industry, the appearance quality of concrete has gradually become an important evaluation indicator for construction technology.
In traditional concepts, concrete is only regarded as a load-bearing structural material, and its appearance defects are often overlooked.
However, appearance issues such as honeycomb, rough surface, color difference, and cracks not only affect the visual effect of the building, but may also reduce the compactness and durability of the structure.
Therefore, the systematic study of the formation mechanism and control methods of concrete appearance quality has important strategic significance.
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