high pressure grout pump

Grout pumping unit in 20ft container applications: Tunnel Waterproofing: Seal leaks in underground tunnels or subways. Mining Reinforcement: Stabilize mine shafts or stopes with resin injections. Foundation Repair: Fill voids under buildings or bridges. Environmental Projects: Contain pollutants via underground barrier walls.Emergency Repairs: Rapid response to sewer leaks or dam cracks.

High pressure triplex plunger grout pump application scenarios: Foundation reinforcement: used for grouting reinforcement of soft soil foundation to improve foundation bearing capacity and reduce settlement. Waterproof curtain: in tunnels, basements and other projects, a waterproof curtain is formed to prevent groundwater infiltration. Mining and tunnel engineering: used for advance support in tunnel excavation, mine surrounding rock reinforcement, etc. Soil improvement: improve soil properties through grouting to improve soil stability and impermeability.

A drilling mud jet grout pump is a specialized high-pressure pumping system designed for dual applications in geotechnical and drilling operations: circulating drilling mud during drilling and injecting grout for soil stabilization or jet grouting. This hybrid system combines the functionalities of traditional drilling mud pumps and jet grouting equipment, making it ideal for scenarios where borehole stabilization and ground improvement are required simultaneously. 

A container-type high-pressure injection pump is a modular, portable system designed for high-pressure fluid injection applications, housed within a standardized shipping container. This configuration ensures ease of transport, rapid deployment, and protection in harsh environments.

The high-pressure grouting pump uses high-pressure injection technology to inject grouting materials (such as cement slurry, chemical slurry, etc.) into the formation to achieve reinforcement, waterproofing, anti-seepage and other purposes. It has the characteristics of high voltage, high efficiency, and stability, and is one of the indispensable important equipment in modern engineering construction.

Jet grout pump plays an important role in the injection process of sonic pipes in diaphragm walls. This type of pump is mainly used to inject cement slurry or other grouting materials under high pressure into acoustic pipes to enhance the structural strength and stability of underground continuous walls.

Jet grouting machine is specialized equipment used in geotechnical engineering and construction for soil stabilization and ground improvement. It injects a high-pressure grout mixture into the ground to create columns or walls of solidified soil-cement, known as soilcrete.  Jet grouting machines are essential tools in modern construction and geotechnical engineering, providing effective solutions for ground improvement and stabilization in various infrastructure projects.

A 100-bar grout injection pump typically refers to a pump capable of delivering grout (a mixture of cement, water, and sometimes additives) at a pressure of 100 bar.

A plunger grouting pump is a specialized piece of equipment designed for injecting grout materials, such as cement, bentonite, or chemical grouts, into soil, rock formations, or structures under high pressure. It is widely used in construction, mining, tunneling, and geotechnical applications for soil stabilization, foundation repair, waterproofing, and post-tensioning.

A high-pressure grouting pump is a specialized piece of equipment designed to inject grout materials into soils, rocks, or structures at high pressures, typically for soil stabilization, foundation repair, tunneling, and post-tensioning applications. High-pressure grouting pumps, as professional grouting equipment, have a unique working principle and application field.  High pressure grouting pump is a device that can compress liquids (such as cement slurry, chemical slurry, etc.) to a high-pressure state and transport them through pipelines to the target area for grouting.
Its working principle usually includes one or more sealed pump chambers, which move back and forth through a piston or similar mechanism in the pump chamber, creating a pressure difference to suck liquid in and out of the pump chamber.