Prefabricated components, as an important component of modern construction industry, have a direct impact on the overall performance and construction efficiency of buildings in terms of their quality. In the production process of prefabricated components, bubble problems often occur due to factors such as material ratio and mixing

technology. These bubbles not only affect the appearance quality of the components, but also reduce their mechanical properties and durability.

Various defoaming strategies can be adopted to address the issue of bubbles in the production of prefabricated components. On the one hand, optimize the material ratio and mixing process to reduce the generation of bubbles; On the other hand, adding defoamers reasonably and promptly eliminating the bubbles that have already been

generated.

To ensure the quality of prefabricated components, it is necessary to strictly control the amount and timing of the use of defoamers. Excessive use of defoamers may affect the mechanical properties of components, while late use may not completely eliminate bubbles.

By reasonably controlling the bubble problem, the production efficiency and yield of prefabricated components can be significantly improved, production costs and scrap rates can be reduced, thereby bringing considerable economic benefits to the enterprise.