Diesel automatic grouting injection station for sale
2025-07-07 17:16:07
Diesel grouting injection station has high integration, small size and light weight, which is easy to transport and quickly deploy. It is especially suitable for construction scenarios that require frequent movement, such as subway tunnels and soil nail walls.
Grouting pressure (0-5MPa) and output (0-200L/min) can be adjusted steplessly according to engineering requirements to adapt to different geological conditions (such as soft soil, rock formations, faults, etc.) and reinforcement requirements.
Diesel automatic grouting injection station is driven by a diesel engine and does not require an external power supply. It is suitable for field construction, scenarios without power supply or unstable power supply (such as mountain dams, underground mines, cable trenches in remote areas, etc.).
Diesel cement grouting injection station application scenarios and technical advantages:
1. Dam reinforcement
Application scenarios: dam foundation consolidation grouting, rock crack filling, and anti-seepage treatment.
Technical advantages:
High-pressure grouting (such as 5MPa) can penetrate into rock cracks to improve the integrity and impermeability of the rock mass.
The automated batching system ensures stable slurry quality and avoids manual proportioning errors.
Diesel power adapts to the power-free environment around the dam to ensure construction continuity.

2. Subway tunnel reinforcement
Application scenarios: tunnel surrounding rock grouting, stratum pre-reinforcement, shield machine in and out of the tunnel reinforcement.
Technical advantages:
Low-pressure grouting (such as 0.5-2MPa) can control the slurry diffusion range and avoid excessive disturbance to the surrounding soil.
Automated operation reduces manual intervention and adapts to the characteristics of small space and tight construction period of subway construction.
Easy to move and can be quickly transferred to different construction sections.

3. Mine reinforcement
Application scenarios: tunnel surrounding rock grouting, goaf filling, waterproof grouting.
Technical advantages:
High-pressure grouting (such as 10MPa) can fill the cracks of broken rock mass and improve the bearing capacity of surrounding rock.
Diesel power adapts to the harsh environment of mines (such as humidity and dust) to ensure equipment stability.
Automated system reduces underground workers and improves safety.

4. Soil nail wall and anchor reinforcement
Application scenarios: slope stabilization, foundation pit support, soil nail wall grouting.
Technical advantages:
Low-pressure grouting (such as 1-3MPa) can evenly fill the soil nail holes to ensure that the soil nails are tightly combined with the soil.
The automated batching system improves the fluidity of the slurry and adapts to the needs of rapid construction of soil nail walls.
The equipment is small in size and suitable for narrow spaces such as foundation pit slopes.

5. Curtain wall and cable trench reinforcement
Application scenarios: grouting of building curtain wall foundations and repair of cable trench settlement.
Technical advantages:
Precisely control the grouting volume to avoid slurry waste or insufficient reinforcement.
Low-pressure grouting is suitable for repairing slight settlement of building foundations and reducing the impact on the structure.
Automated operations improve construction accuracy and ensure reinforcement effects.