grout plant for sale

The integrated grouting plant for micropile foundation work combines slurry preparation, storage, mixing, and high-pressure delivery functions into a single unit, ensuring a continuous supply of high-quality, consistent cement grout for micropile construction. Compared to setups using multiple standalone machines, this integrated station offers advantages such as a compact footprint, ease of operation, efficient workflow integration, and simplified on-site management; it is suitable for projects involving micropiles, soil nails/anchors, underpinning, and ground improvement. In micropile foundation construction, the quality of the grouting directly impacts the density of the pile body, the bond strength between the pile and the surrounding soil, and the ultimate load-bearing capacity. Given the small borehole diameters and significant drilling depths—combined with the fact that these projects often take place in spatially constrained areas or complex geological conditions—contractors demand higher standards regarding grout uniformity and stability, as well as precise control over grouting parameters.

The Colloidal Grout Plant for Micropile Injection integrates high-speed mixing, storage, continuous agitation, and pressure injection capabilities, enabling the continuous supply of uniform, stable, and highly pumpable cement grout for micropile construction.
Micropiles are characterized by small diameters, construction flexibility, and strong site adaptability; they are widely used in building foundation reinforcement, bridge maintenance, slope stabilization, underground space renovation, and construction in confined areas. Micropiles typically form load-bearing structures through processes such as drilling, the installation of steel bars or pipes, and cement grout injection, where the quality of the grout directly impacts the integrity of the pile and the bond between the reinforcement and the surrounding ground.

This integrated grouting plant is specifically designed for shield/TBM tunnel segment lining. It combines a high-speed grouting tank, a grout storage and mixing tank, and a high-pressure grouting pump into one unit. During tunnel excavation, it prepares cement/bentonite grout to fill the annular gap (annular gap) between the lining segments and the surrounding rock.