Cement blanket, as a new type of slope protection material, has received widespread attention and application in the field of water 

conservancy engineering in recent years. Its unique performance and advantages make it play an irreplaceable role in water 

conservancy projects such as canals, catch basins, reservoirs, and embankment slopes.

The application of cement blanket in water channels. As an important component of hydraulic engineering, the quality and stability 

of water channels are directly related to the normal functioning of irrigation, drainage, and other functions. Cement blankets, with 

their unique flexibility and strength, can perfectly fit the complex shape of water channels, effectively preventing leakage and collapse

of the channels. At the same time, the construction of cement blankets is simple and fast, greatly shortening the construction period 

and reducing project costs.

As important facilities for storing and regulating water volume in hydraulic engineering, water collection tanks and reservoirs require

extremely high waterproof performance of materials. The waterproof performance of cement blanket is superior, which can effectively

prevent the infiltration and loss of moisture, ensuring that the water storage function of the collection tank and reservoir can be fully 

utilized. In addition, the durability of cement blankets also provides strong guarantees for their application in water collection tanks 

and reservoirs.

In slope protection engineering, cement blankets have also demonstrated their unique advantages. As an important measure to protect

the safety of dams, embankment slope protection requires materials with sufficient strength and stability. Cement blanket, with its high 

strength and excellent stability, can effectively resist the erosion of water flow and wind waves, protecting the safety of dams. 

At the same time, the flexibility of cement blanket construction also enables it to adapt to embankment slope protection projects with

different terrain and geological conditions.

Of course, the application of cement blankets in hydraulic engineering still needs to consider some technical details and precautions.

For example, before construction, it is necessary to clean and treat the base surface to ensure its flatness and cleanliness; During the 

construction process, it is necessary to control the laying direction and joint treatment of the cement blanket to ensure construction 

quality; After construction, maintenance and inspection are required to ensure that the performance of the cement blanket is fully 

utilized.