Grout Equipment

The Jet Grouting Pump is a critical component of the jet grouting system, responsible for delivering the grout under high pressure. The pump must be capable of generating pressures in the range of 20-50 MPa to ensure effective soil erosion and grout penetration. The pump should allow for precise control of the grout flow rate to match the specific requirements of the project (e.g., soil type, desired column diameter).

Applications of high pressure cement grouting station: Soil Stabilization: Improving bearing capacity of weak or compressible soils. Groundwater Control: Sealing leaks in dams, tunnels, or basements. Structural Repair: Filling voids or cracks in concrete structures. Mining and Tunneling: Reinforcing rock masses and preventing water ingress. Foundation Underpinning: Strengthening existing foundations or correcting settlement issues.

Diesel jet grouting pump uses diesel engine as power source, which enables the equipment to work normally in remote areas without electricity supply or unstable electricity supply. It can generate enough pressure to achieve efficient jet grouting operation, usually reaching pressure level of tens or even hundreds of MPa, ensuring that the grout can penetrate deep into the cracks of the formation. It is suitable for various types of soil conditions, whether it is loose sand or hard rock, and the construction parameters can be adjusted according to the actual situation. Due to the changeable and harsh use environment, diesel jet grouting pumps are generally made of strong and durable materials and are strictly tested to ensure their reliability and long life.

Due to the standard container design, this type of container type grouting pump can be easily transported by road, rail or sea to any place where it is needed, and can be put into work quickly after arriving at the site. It can handle various types of grouting materials, such as cement slurry, chemical slurry, etc., and is suitable for different engineering needs, including foundation reinforcement, waterproofing, crack filling, etc.

A Container Type Grout Injection Pump is a specialized piece of equipment designed for injecting grout into the ground or rock formations, with the pump and its associated components housed within a containerized structure. They are mainly used for engineering applications such as enhancing structural stability, preventing leakage, and improving foundation conditions.

A cement grouting pump is used to inject cement-based grout into the ground or rock formations around a tunnel. This process helps to stabilize the tunnel, fill voids, prevent water ingress, and reinforce the surrounding soil or rock.

Grouting mixing and batching plant is a kind of equipment used in foundation treatment projects to mix and proportion grouting materials. It plays an important role in foundation reinforcement technologies such as jet grouting and grouting. The main function of this equipment is to accurately proportion and fully stir cement, water, and other additives to ensure the preparation of uniform slurry that meets construction requirements.

Jet grout mixing equipment is responsible for mixing cement and other additives with water to make a uniform slurry. This slurry is then transported to the injection pipe by a high-pressure pump and injected into the ground to mix with the soil. During the construction process, the jet grout mixer must continue to operate to ensure the consistency and uniformity of the slurry, which is crucial to achieving the strength and permeability required by the design.

Full automatic bentonite mixer plant is a specialized industrial system engineered for the high-precision preparation of cement-based grouts, bentonite slurries, and multi-component mixtures used in construction, drilling, geotechnical engineering, and environmental projects.

A container-type grout mixing station refers to a modular and mobile grout production system designed for efficient mixing and delivery of grout materials, typically housed within standardized shipping containers

The cement grout mixing plant for drilling project can be configured for continuous mixing to meet high-volume demands or batch mixing for smaller, specialized projects. High-speed forced-action mixers or planetary mixers are employed to achieve thorough hydration of cement particles, producing a lump-free, homogeneous slurry.

Automatic Grout Batching Mixing Station is an intelligent equipment integrating material storage, metering, mixing and transportation. It is widely used in engineering fields such as foundation treatment, tunnel construction, and mine grouting.

An automatic bentonite mixing system is a specialized piece of equipment designed to efficiently and accurately mix bentonite clay with water and other additives to create a uniform slurry, which is widely used in pipe jacking, tunneling, and trenchless construction projects.

30m³/h Grout Mixing Plant is the core equipment used in the engineering field for the efficient preparation and transportation of cement-based grouting materials. It is widely used in tunnel support, foundation reinforcement, mine filling and other scenarios.

Grout plant for ground anchor grouting applications: Ground Anchor Installation: Reinforcing soil or rock around tensioned anchors in deep excavations, retaining walls, or slopes. Soil Nailing: Stabilizing slopes or excavations by injecting grout around steel bars. Tunneling: Pre-grouting to seal water inflows or stabilize surrounding rock. Foundation Underpinning: Strengthening weak soils beneath existing structures. Mining: Rock bolting and ground support in underground mines.

Container type cement silo together cement grout mixer is an integrated system designed for efficient storage and mixing of cement and grout materials. The cement silo and grout mixer are housed in a containerized unit, making it portable and ideal for construction sites like tunnels, bridges, and foundations.

A container grout mixer is a specialized machine designed for efficiently blending cement, sand, water, and additives to produce high-quality grout for construction and industrial applications.
Container type bentonite grout mixer plant features:
Containerized Design: Easy to transport and quickly deploy, suitable for mobile construction.
Efficient Mixing: High-speed mixing technology is used to ensure uniform mixing of materials.
Automated Control: Equipped with PLC control system to achieve precise proportioning and operation.
Versatility: Suitable for a variety of materials such as bentonite slurry, cement slurry, mortar, etc.
Low Maintenance: Strong structure, strong durability and low maintenance cost.

Container grout mixer for efficient cement mixing Applications
Tunneling: used for grouting and support of tunnel inner wall.
Bridge Construction: used for grouting reinforcement of bridge foundation.
Building Foundations: used for grouting and reinforcement of foundation.
Hydraulic Engineering: used for grouting construction of dams, channels and other facilities.
Mining Support: used for grouting reinforcement of mine walls.

The tunnel lining cement slurry bentonite mixing station integrates multiple functions such as raw material storage, metering, mixing and transportation, and is specially designed for lining operations in tunnel projects. It can mix raw materials such as cement, bentonite, and water in a certain proportion to prepare cement slurry bentonite mixtures that meet the requirements of tunnel lining.

Grout batching mixing plant is a kind of equipment that integrates the storage, metering, mixing and conveying of raw materials such as cement, fly ash, water and admixtures. It is mainly used to prepare various grouting materials, such as cement-based grouting materials, polymer grouting materials, etc., to meet the grouting needs of different engineering fields.

The working principle of continuous colloid cement mixing pump usually involves the following steps:
Material input: Cement, water and other raw materials are input into the mixing chamber in a certain proportion.
Mixing process: The agitator or impeller in the mixing chamber starts to rotate to fully mix the materials.
The specially designed mixing chamber structure helps to ensure uniform mixing of materials.
Conveying process: The mixed colloid cement is continuously conveyed to the designated location through the pump body.
The pump body is usually driven by hydraulic or pneumatic pressure to ensure stable conveying pressure.

Cement grouting mixing equipment is widely used in various occasions that require grouting operations, such as foundation reinforcement, tunnel lining, bridge foundation treatment, water conservancy project anti-seepage, etc. By accurately controlling the mixing ratio and mixing process, cement grouting materials that meet specific requirements can be prepared, thereby improving project quality and reducing construction costs.

Customized High Efficiency Grout Mixing Pump can be adapted for various types of grout materials, including cement-based, epoxy-based, and polyurethane-based grouts. They can also be configured for different applications, such as foundation grouting, tunnel lining, and soil stabilization.

A diesel driven jet grouting plant is a jet grouting equipment that uses a diesel engine as a power source. It is mainly used for foundation reinforcement, anti-seepage and plugging in civil engineering, especially in dealing with soft foundations, improving foundation bearing capacity and anti-seepage performance.

A diesel driven grout injection station is a grouting equipment that uses a diesel engine as a power source. It is mainly used for grouting operations in various civil engineering projects, such as grouting reinforcement, waterproofing and plugging of underground projects such as dam foundations, tunnels, subways, and mines.

Diesel grouting plant is a type of equipment commonly used for grouting projects such as dam foundations. It uses a diesel engine to provide power and drive a grouting pump to perform grouting operations. Diesel grouting machines have wide application prospects and significant advantages in dam foundation grouting. It can adapt to different geological conditions and grouting requirements, improve construction efficiency and quality, and reduce construction costs. Therefore, in projects such as dam foundation grouting, the diesel grouting machine is a piece of equipment worthy of promotion and application.

Grout stations for tunnel grouting work are widely used in various tunnel and underground engineering projects, including but not limited to:
Tunnel foundations and linings.
Contact grouting and shaft waterproofing in mining projects.
Ground anchor installations and soil nail walls in civil engineering projects.
Foundation stabilization and soil compaction grouting in structural restoration projects.

Jet mixing injection plant is a device specially used for high-pressure jet grouting construction. It combines drilling, spraying and mixing functions, and can spray cement slurry or other chemical solutions into underground soil layers under high pressure, fully mixing with the surrounding soil to form a reinforcement or water-stop curtain.

Jet grouting equipment is a professional equipment used in engineering fields such as foundation reinforcement and soil improvement. Jet grouting is a construction technology used to reinforce foundations, form underground structures or water-stop curtains. It sprays cement slurry or other chemical solutions into the soil through high pressure, mixes the soil with the slurry, and thus hardens and forms a consolidated body with certain strength and anti-seepage properties.

Grout mixing plants are mainly used to prepare and provide the grouting material required for the construction of the pipe corridor. These grouting materials are usually used to fill the gaps around the pipeline, providing additional support and stability to ensure the safety and accuracy of the pipeline during the top of the top. The main function of a grouting plant is to mix cement, water and other additives to produce grouting materials suitable for specific engineering requirements. Depending on different geological conditions and engineering requirements, the formula may need to be adjusted.