Automated plant for manufacturing foam concrete blocks
Automated plant for manufacturing foam concrete blocks is the core equipment for producing lightweight foam concrete (foamed cement), foam concrete blocks and other materials. It has a wide range of application scenarios, covering roads and bridges, construction projects, underground projects, environmental protection projects and other fields. It has significant advantages in scenarios where it is necessary to reduce the dead weight of the structure, improve construction efficiency and improve project performance.
Automated plant for manufacturing foam concrete blocks is used in many projects, such as:
1. Automated plant for manufacturing foam concrete used for road and bridge projects
Backfill of road and bridge abutments
Lightweight foam concrete has the characteristics of light weight and low compressibility, which can effectively reduce the lateral pressure of the backfill of road and bridge abutments on the abutments, reduce the risk of settlement, and increase the service life of the road.
Soft foundation treatment and replacement
In soft soil foundation or poor geological areas, lightweight foam concrete can replace traditional fillers, reduce foundation load, accelerate consolidation settlement, and shorten the construction period.
Road widening and heightening
By pouring lightweight foam concrete in layers, the road can be quickly widened or heightened, reducing the impact on traffic and reducing the differential settlement of new and old roadbeds.

2. Automated plant for manufacturing foam concrete used for construction projects
Roof and floor insulation
Lightweight foam concrete has a low thermal conductivity and can be used for roof and floor insulation layers to improve the energy-saving performance of buildings while reducing structural loads.
Basement top slab slope and filling
In basement top slab slope or filling projects, lightweight foam concrete can achieve rapid construction, reduce the amount of formwork used, and improve construction efficiency.
Seismic shock-absorbing structure
The porous structure of lightweight foam concrete has good energy absorption characteristics and can be used to fill seismic shock-absorbing structures to improve the seismic performance of buildings.

3. Automated plant for manufacturing foam concrete used for underground projects
Pipe trench backfill and protection
In municipal pipe trenches, integrated pipe corridors and other projects, lightweight foam concrete can wrap pipes to reduce the stress on the pipes and facilitate later maintenance.
Tunnel cavity filling
In tunnel construction, lightweight foam concrete can be used to fill cavities, reinforce surrounding rocks, and improve tunnel stability.
Subway and underground space development
In subway tunnels, underground parking lots and other projects, lightweight foam concrete can be used for load reduction backfill to reduce the impact on the surrounding environment.

