High-pressure borehole grouting equipment is not merely a single grouting pump but a complete system configured based on factors such as borehole depth, grout type, and operating pressure. Typical components include a high-speed grout mixer, an agitated storage tank, a high-pressure grouting pump, a pressure control unit, grouting pipelines, a flow meter, and a borehole packer. During operation, the mixer first prepares a homogeneous grout mixture according to the design ratio. The grout is transferred to the storage tank, where it is kept under continuous agitation, before being pumped through the pipeline into the borehole. The borehole packer seals the grouting section, allowing the grout to be injected into rock fractures, soil voids, or underground cavities at the specified pressure. Depending on project requirements, the equipment can be configured as a stationary, skid-mounted, trailer-mounted, or containerized unit to suit specific transportation and on-site setup conditions.
High pressure cement grouting equipment is widely used in the following fields: Geological engineering: used for foundation reinforcement, slope stability, tunnel support and other operations. Civil engineering: used for grouting reinforcement and crack filling in bridges, tunnels, subways and other engineering projects. Hydraulic engineering: used for foundation treatment and anti-seepage reinforcement of hydropower stations, reservoirs, embankments and other projects.
The high pressure grout plant for sale consists of a high-shear high-speed grouting mixer, a slow-speed mixer and a matching grouting pump. Mixer and mixing equipment for slurry colloid mixing. Pumps and treatment systems used to transport and inject cement liquids.
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