Anti-floating counterweight concrete is generally used in buildings located in areas with high water levels to address structural flotation issues caused by insufficient self-weight and to provide balance counterweights for main and podium building complexes, thereby avoiding uneven settlement problems.

Anti-floating counterweight concrete is commonly used in underground warehouses, sunken plazas, underground stations, and the underground structures of main and podium commercial complexes.Features

Construction is consistent with ordinary concrete, making pumping and pouring simple and feasible;

Compared to other techniques, it can effectively reduce the construction period by 60%;

Construction meets green and environmentally friendly production standards;

Stable quality and good durability, capable of mitigating the impact of pile foundations on structural uneven settlement.

III. Technical Indicators

IV. Construction Process

Before commencing anti-floating concrete construction, the following conditions must be met:

⑴ The base layer is clean and free of water or debris;

⑵ All written inspections and concealed records have been signed and completed;

⑶ Check the counterweight concrete pouring formwork according to the design elevation in the drawings;

⑷ Site access is unobstructed, construction power distribution boxes are connected to backup power points, and leakage protection devices are installed as required, along with leakage protection measures.