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. 

Diesel driven grout plant is a kind of equipment specially designed for preparing and delivering cement or chemical grouting materials. It has a wide range of applications in civil engineering, mining, water conservancy construction and other fields. This type of grouting plant uses a diesel engine as a power source to ensure that it can work normally even when there is no power supply or the power supply is unstable. It is very suitable for construction projects in the field and remote areas.

Diesel driven cement grouting pump station, that is, diesel engine driven cement grouting pump station, is a special equipment used in civil engineering. Diesel engine driven cement grouting pump station is one of the important equipment in the field of civil engineering, with the characteristics of strong power, easy mobility, simple operation and strong adaptability. Through the reasonable application of this equipment, the quality of the project and the efficiency of construction can be effectively improved.

The chain peristaltic pump used in TBM (Tunnel Boring Machine) is a special equipment designed for handling high-viscosity, solid-particle fluids under extreme conditions. This type of pump is used to transport materials such as mud and mortar during TBM construction to ensure smooth soil discharge and lining operations during tunnel excavation.
Application Cases
Slurry Shield Machine: Used to transport mud generated during excavation from the cutterhead to ground processing facilities.
Earth Pressure Balance Shield Machine: Used to transport mortar to ensure pressure balance on the excavation face and prevent surface settlement.
Hard Rock TBM: Used to transport rock debris and mud generated after drilling and blasting to ensure cleanliness and construction progress inside the tunnel.

Squeeze Type Peristaltic Hose Pump is a pump that uses mechanical squeezing to transport fluids. It pushes the fluid from the inlet to the outlet by rolling along a flexible hose through a series of rollers or shoe-like components. This type of pump is widely used in many industries due to its advantages such as pulsation-free transportation, easy maintenance, and ability to handle fluids containing solid particles and high viscosity.

Peristaltic Type Squeeze Concrete Pump is a pump that uses the peristaltic effect to transport concrete. Its working principle is to move concrete in the pipe through a series of sequential squeezing and releasing actions. This pump usually consists of a hopper, a peristaltic hose, a drive device and a control system.
Peristaltic Type Squeeze Concrete Pump is widely used in the following fields:
Construction engineering: used for concrete transportation in high-rise buildings, bridges, tunnels and other projects.
Hydraulic engineering: used for the transportation and pouring of concrete in hydraulic engineering such as dams and hydropower stations.
Underground engineering: used for the transportation and filling of concrete in underground engineering such as subways and underground pipelines.

Peristaltic Slurry Pump is a pump designed for handling fluids containing solid particles, high viscosity fluids and abrasive materials. This type of pump is widely used in industries such as mining, water treatment, chemical industry, and food processing because it can reliably transfer difficult-to-handle media and has relatively low maintenance costs.

Peristaltic Pump for Pumping Foam Concrete needs to be specially designed to ensure that it can efficiently and reliably handle this special material containing a large amount of air and lightweight aggregate. Foam concrete is becoming increasingly popular in modern construction due to its low density, good thermal insulation performance and ease of construction.
Peristaltic pumps are very suitable for pumping foam concrete due to their advantages such as pulsation-free conveying, easy maintenance and ability to handle fluids containing solid particles.

Peristaltic Hose Pump for Mining Industry is designed for handling slurry, tailings and other fluids with high solid content and abrasive particles. This type of pump is widely used in mining, especially in mineral processing plants, tailings transportation, ore processing and other links, because it can reliably transfer difficult-to-handle media with relatively low maintenance costs.

Peristaltic Hose Pump has significant application advantages in the field of concrete transportation.
Application of Peristaltic Hose Pump in Concrete Delivery
Conveying concrete:
Peristaltic hose pumps can stably transport concrete of various properties, including highly viscous, shear-sensitive, and concrete containing gas, liquid, and foam liquids.
Its unique delivery method ensures the uniformity and stability of concrete during delivery and avoids clogging and wear problems that may occur in traditional pumping methods.
Adapt to complex environments:
Peristaltic hose pumps are highly flexible and can adapt to various complex construction environments and terrain conditions.
In curved and narrow spaces, the advantages of peristaltic hose pumps are even more obvious, ensuring that concrete is accurately transported in these hard-to-reach areas.
Accurate measurement:
Peristaltic hose pumps have a fixed displacement per revolution independent of outlet pressure and can therefore be used as metering pumps.
This ensures precise control of pumping volume, contributing to quality control and cost savings during construction.

Industrial Squeeze Pump for Textile Mill is designed for handling various fluids generated in the textile process, which may include dyes, auxiliaries, chemicals, wastewater, etc. This type of pump is widely used in the textile industry because it can reliably transfer media containing solid particles, fiber materials, chemicals and other impurities, and has relatively low maintenance costs.
Industrial Squeeze Pump for Textile Mill Application Cases
– Dyeing process: used to transport dyes and auxiliaries to the dyeing machine to ensure the continuity and uniformity of the dyeing process.
– Bleaching and finishing: used to transport chemicals to the corresponding treatment units during bleaching and finishing.
– Wastewater treatment: used to transport wastewater containing chemicals to sewage treatment facilities to ensure environmental protection.

Industrial Peristaltic Hose Pumps for Mining are designed for handling slurries, tailings, and other fluids with high solids content and abrasive particles. These pumps are widely used in mining, especially in beneficiation plants, tailings transportation, and ore processing, because they can reliably transport difficult-to-handle media with relatively low maintenance costs.

Industrial Hose Squeeze Pump for Waste Water Applicable Scenarios:
In wastewater treatment, industrial hose squeeze pumps are often used in the following scenarios:
Wastewater transmission: used to transfer wastewater from one place to another, especially when a large amount of wastewater needs to be treated, the pump can provide stable and continuous fluid transmission.
Sludge treatment: Sludge is often produced during wastewater treatment. Industrial hose squeeze pumps can treat sludge containing solid particles and transport it to designated treatment equipment.
Chemical dosing: In the process of wastewater treatment, chemicals are sometimes needed to change the properties of wastewater or remove pollutants. Industrial hose squeeze pumps can accurately control the amount of chemicals added to ensure the effect of wastewater treatment.

Industrial Hose Squeeze Pump for Waste WaterMain features
No pollution: The fluid only contacts the hose, not the pump body, avoiding the contamination of the pump body to the fluid.
High precision: It can accurately control the flow and pressure of the fluid to meet the precise control requirements in the wastewater treatment process.
Low shear force: The shear force on the fluid is small, suitable for conveying shear-sensitive or highly corrosive fluids.
Good sealing: As the only sealing part, the hose can provide a good sealing effect to prevent fluid leakage.
Easy maintenance: The hose is the only vulnerable part of the pump, which is easy to replace and has low maintenance cost.

Industrial Hose Peristaltic Pumps for Grout Mortar Slurry are specially designed to handle mortar materials that contain solid particles, high viscosity and may be corrosive. These pumps are widely used in construction, repair projects, tunnel construction and underground projects because they can reliably transfer difficult-to-handle media and have relatively low maintenance costs.
Industrial Hose Peristaltic Pump for Grout Mortar Slurry Application Cases:
Construction: In infrastructure construction, bridges and high-rise buildings, mortar slurry is used to transport mortar slurry to designated locations to ensure the quality of structural filling.
Repair and reinforcement: For repair and reinforcement work on existing buildings, mortar slurry can be accurately transported to cracks or gaps through hose pumps.
Tunnel construction: During the tunnel lining process, mortar slurry is injected into the surrounding rock gaps using a pump to enhance tunnel stability.

Hose Type Concrete Pump has unique advantages in pumping lightweight foam concrete.
Hose Type Concrete Pump is a pumping equipment that transports concrete through a hose. It uses the compressibility of the hose to achieve continuous delivery of concrete through the compression and release of the pump head. Hose Type Concrete Pump has the characteristics of simple structure, easy operation and high delivery efficiency, and is widely used in various construction projects.

Application cases of hose pumps in pumping lightweight concrete
In actual projects, hose pumps have been widely used in the pumping of lightweight concrete. For example, in some construction projects, lightweight concrete is required for filling or pouring. At this time, hose pumps have become ideal conveying equipment due to their strong adaptability and long conveying distance. In addition, in the fields of environmental protection and water treatment, hose pumps are also used to convey media containing solid particles or high-viscosity fluids.

High Volume Hose Pumps are essential equipment in shale gas projects, especially during hydraulic fracturing operations. These pumps are used to inject large amounts of fracturing fluid (usually containing water, sand, and chemical additives) at high pressure into underground rock formations to release natural gas.

The heavy-duty industrial hose pump is mainly composed of a pump body, a rotor, a roller, an idler, an extruded hose and a drive unit. Its working principle is to drive the roller to rotate through the rotor, so that the hose is squeezed and deformed. After the roller rotates, the deformed hose relies on its elasticity to restore its original shape, thereby generating negative pressure to suck in the fluid, and discharge it through the outlet under the push of the roller, and finally forming the pressure delivery of the fluid.

The working principle of the peristaltic pump is to periodically squeeze and release the hose through a roller or a pressure block, thereby forming negative and positive pressure in the hose to drive the fluid for transportation. During the feeding process of the filter press, the peristaltic pump continuously and stably delivers the liquid into each filter chamber of the filter press to ensure the smooth progress of the filtration process.

Explosion Proof Peristaltic Squeeze Hose Pumps are designed to operate safely in hazardous environments where flammable and explosive gases, vapors or dusts are present. These pumps are commonly used in industries such as petrochemicals, pharmaceuticals, food processing, coatings and solvent handling to ensure that there is no fire or explosion when transferring potentially explosive media.

Customized heavy duty hose pumps are designed to handle liquids with high viscosity, corrosive, abrasive or large solid particles. These pumps are often used in industrial environments such as mining, chemical, oil and gas, water treatment and waste management, and are able to withstand harsh working conditions and provide stable and reliable performance.

Customizable Hose Pump, also known as hose pump, is a positive displacement pump that transfers fluid by squeezing the medium in a flexible hose. This type of pump is widely used in industries that need to handle corrosive, abrasive or solid particle-containing liquids, such as chemicals, mining, water treatment, food and pharmaceuticals.

China is one of the largest peristaltic pump manufacturers in the world, with a large number of peristaltic pump manufacturers. The products provided by these manufacturers are widely used in many industries such as pharmaceuticals, food and beverages, chemicals, and environmental water treatment.

Grouting plant and equipment is a kind of equipment that integrates multiple functions such as grouting material preparation, storage, mixing, transportation and grouting. It is mainly used for grouting reinforcement, waterproofing and plugging in building foundation construction. It injects specific slurry into the formation through high-pressure grouting, thereby changing the physical and chemical properties of the formation and improving the strength and stability of the formation.

Grouting equipment is widely used in grouting operations in mines, tunnels, water conservancy, construction and other fields. Grouting operations can not only strengthen the strata and improve stability, but also prevent the penetration of media such as water and gas, ensuring the safety and smooth progress of mining projects.

Grout injection equipment for soil stabilization is a professional equipment used in soil stabilization projects to inject solidified slurry into the soil through grouting technology to enhance soil strength, bearing capacity and stability.

Grout equipment is designed specifically for tunnel grouting operations. These equipment are essential to ensure structural integrity and waterproofing during tunnel construction. Some common types of tunnel grouting equipment are detailed below:

All in one hydraulic grouting equipment, that is, integrated hydraulic grouting equipment, is a grouting system that integrates grouting mixer, agitator and pump and other equipment. It is mainly used for grouting operations in foundation reinforcement, tunnel construction, water conservancy projects and other fields.