Foundation grouting stations are widely used in various projects that require grouting reinforcement, such as foundation grouting of buildings, bridges, tunnels, subways and other projects. It can effectively fill soil pores, improve the bearing capacity and stability of the foundation, and thus enhance the overall structural strength of the building. In addition, foundation grouting stations also play an important role in projects such as concrete structure reinforcement, crack repair and steel bar planting.

The electric grouting station usually integrates the mixer, grouting pump and other equipment to form an overall system. When working, the electric grouting station will first add water, cement and other grouting materials into the mixer for mixing to form a uniform grouting material.

Compaction grout mixing plant is a specialized facility designed to produce the stiff, low-slump grout used in compaction grouting, a geotechnical technique to densify soils and improve ground stability.

Cement grouting station equipment is a professional equipment used to prepare and transport cement slurry, and is widely used in grouting operations in construction, mining, tunnels, bridges and other projects.

The cement grouting pump with agitator and vibrator mainly consists of a grouting pump, agitator and vibrator. The agitator is used to mix cement, water and other raw materials into a uniform slurry, and the vibrator is used to prevent the slurry from settling and separating during the grouting process to ensure the grouting quality. The grouting pump is responsible for transporting the mixed slurry to the part that needs grouting.

Tundish spraying plant is a specially designed equipment system for spraying refractory materials onto the inner wall of the tundish. Its main functions include:
Repairing refractory lining: During the continuous casting process, the refractory lining of the tundish will gradually wear out due to the erosion of high-temperature molten steel. Through the spraying device, new refractory materials can be evenly sprayed onto the worn parts, thereby repairing the lining and extending the service life of the tundish.
Pre-spraying protection: Before the new tundish is put into use, a dense refractory protective layer is formed on its inner wall through the spraying device, which can effectively prevent the direct erosion of the refractory lining by high-temperature molten steel and improve the high-temperature resistance and service life of the tundish.

Tundish slurry gunning system is one kind of slurry gunning system, which is used for two types of metal processing and colored metal metallurgy.

Tundish refractory lining spraying machine is mainly composed of machine frame, axial flow fan, spray nozzle and other parts. The machine frame is used to support and fix other parts to ensure the stability and durability of the whole equipment. The axial flow fan is installed on the machine frame to generate a strong airflow to blow the cooling medium (such as water mist) evenly to the surface of the refractory lining of the tundish. The spray nozzle is used to spray the cooling medium in the form of atomization to the surface of the refractory lining to achieve a fast and uniform cooling effect.

Tundish lining gunning machine is a kind of equipment specially used for spraying the inner lining of tundish. In the metallurgical industry, the tundish is an important equipment for storing and distributing molten steel in the continuous steel casting process. The quality of its inner lining directly affects the purity of molten steel and the quality of the ingot. Therefore, the spraying operation of the inner lining of the tundish is particularly important.

Continuous casting tundish lining refractories is a process of spraying refractory materials on the inner wall of the tundish, which is used to extend the service life of the tundish and improve the quality of molten steel. Continuous casting tundish lining refractories machine is a device specially used for spraying refractory materials, usually including a spray gun, a control system and a refractory material delivery system.

Diesel driven high pressure jet grouting plant has the advantages of high efficiency, flexibility, wide applicability and environmental protection, and plays an important role in projects such as foundation treatment, deep foundation pit support, and waterproof curtain construction. During use, regular maintenance and care should be carried out to ensure the normal operation of the equipment and construction safety.

Diesel engine driven dam grouting equipment uses the powerful power of the diesel engine to drive the mixing, storage and pumping system of grouting materials. The equipment can efficiently inject grouting materials (such as cement slurry, cement mortar, etc.) into the cracks, voids or areas that need to be reinforced in the dam, thereby improving the stability and safety of the dam.

Diesel grouting plant is a device designed for tunnel grouting work. It uses a diesel engine as a power source to drive the mixing and pumping of grouting materials. Tunnel grouting work involves injecting grouting material into the ground surrounding a tunnel to stabilize the soil, reduce water infiltration, and prevent cave-ins.
The diesel grout plant for tunnel grouting work is powered by a diesel engine to drive the mixer and pump body. The mixer is responsible for mixing cement, water, additives and other grouting materials evenly, while the pump body is responsible for transporting the mixed grouting materials to the designated location of the tunnel.

Diesel jet grouting mixer station is widely used in grouting operations in foundation treatment, tunnel construction, underground engineering and other fields. For example, in tunnel construction, the equipment can be used to reinforce the soft strata around the tunnel to improve the stability and safety of the tunnel. In foundation treatment, the equipment can be used to reinforce the foundation to improve the bearing capacity and stability of the foundation.

Jet Grouting Plant is a kind of equipment specially used for foundation reinforcement, ground treatment and underground structure construction. It reinforces soil or rock by spraying cement slurry or other chemical solutions at high speed to form a consolidation body with high strength and low permeability. This technology is widely used in improving foundation bearing capacity, controlling settlement, preventing groundwater leakage, etc.

Diesel grout plant excels in the following fields:
Civil engineering: infrastructure construction such as bridges, tunnels, and highways, especially in areas far from the urban power grid.
Mining engineering: operations such as mine support and rock reinforcement, especially in underground mining environments.
Hydraulic engineering: construction and maintenance of water conservancy facilities such as dams, reservoirs, and embankments, especially in large projects such as hydropower stations.
Geological disaster control: slope protection, landslide control, etc., especially in remote areas where it is difficult to access the power grid.
Marine engineering: foundation construction of offshore facilities such as offshore platforms and wind farms.

Compact grout mixing plant is a miniaturized equipment designed for efficient and precise preparation of various types of grouting materials. It is particularly suitable for applications with limited space or requiring strong mobility, such as small construction projects, repair projects, local construction in tunnel projects, etc.

Cement grouting mixing system is a professional equipment for preparing cement-based grouting materials. It is widely used in civil engineering, construction engineering, water conservancy engineering and other fields. The system can ensure that the cement slurry is evenly mixed to achieve the required performance indicators such as fluidity and strength, thereby ensuring construction quality and efficiency.

Anchor injection grout plant is a device or facility specializing in the production of anchor grout. In construction engineering, especially when it involves projects such as geotechnical engineering, tunnel engineering, basic reinforcement, etc., anchor rods are often used to enhance the stability of the structure.

Peristaltic concrete pump is a kind of pump equipment that uses the peristaltic principle to transport concrete. It squeezes the hose periodically through a specific mechanical structure, thereby forming continuous negative and positive pressure areas in the hose, pushing the concrete to move along the hose. This pump has the advantages of simple structure, easy maintenance, strong adaptability, etc., and is particularly suitable for occasions where high-viscosity and high-solid content concrete needs to be transported.

A Peristaltic Hose Squeeze Pump for Tunnel Boring Machines (TBMs) is a specialized piece of equipment designed to handle the demanding and often abrasive slurry conditions encountered in tunneling operations. TBMs are massive machines used for boring tunnels through various types of ground, including soil, sand, and rock. The peristaltic pump plays a critical role in these machines by managing the slurry produced during excavation, which can be highly abrasive and contain solid particles of varying sizes. A Peristaltic Hose Squeeze Pump for TBMs offers a robust, reliable, and efficient method for handling the challenging slurries and fluids encountered in tunneling operations. Its design minimizes wear, prevents leaks, allows for accurate metering, and can handle abrasive and chemically aggressive materials, making it an indispensable tool in modern tunnel construction. By carefully selecting the right pump based on application-specific needs, users can ensure optimal performance and longevity in their operations, contributing to successful tunneling projects.

The peristaltic accelerated delivery hose pump periodically squeezes the hose through a specific mechanical structure, such as a roller or a pressure block, thereby forming continuous negative and positive pressure areas in the hose. The changes in these areas push the medium (such as liquid, gas or slurry) along the hose to achieve the purpose of delivery. At the same time, by increasing the speed of the drive motor or optimizing the structural design of the pump, the delivery speed of the medium can be increased to achieve accelerated delivery.

Using a Peristaltic Squeeze Hose Pump for handling oil sludge is an effective solution due to the pump’s ability to handle highly viscous, abrasive, and potentially corrosive materials without damaging the internal components or the material being pumped. Oil sludge typically consists of a mixture of water, oil, solid particles, and other contaminants, making it challenging to transfer using conventional pumping methods.

OEM Stepper Motor Industrial Peristaltic Pump has been widely used in many industrial fields due to its advantages of precise control, no pollution, low shear force, corrosion resistance and simple maintenance. In the process of selection and use, comprehensive consideration should be made according to actual needs to ensure that the performance and stability of the pump meet the production requirements.

An Industrial Peristaltic Squeeze Hose Pump offers a robust, reliable, and efficient method for transferring and placing lightweight concrete in various construction applications. Its design minimizes wear, prevents leaks, allows for accurate metering, and can handle abrasive and viscous materials, making it an indispensable tool in modern construction practices.

A Large Flow Hose Peristaltic Pump is designed to handle higher flow rates and larger volumes of fluid compared to standard peristaltic pumps. These pumps are ideal for applications requiring significant throughput while maintaining the benefits of peristaltic pumping technology, such as gentle handling of shear-sensitive fluids, high abrasion resistance, and precise metering.

An Industrial Grade Peristaltic Pump is a specialized piece of equipment designed for robust and reliable performance in demanding industrial environments. These pumps are particularly well-suited for applications requiring the transfer of aggressive chemicals, slurries, viscous fluids, or any material that must be handled gently to preserve its integrity.

Hose type concrete pump transports concrete from one place to another through a hose, and is widely used in engineering fields such as construction, roads, bridges, etc. The equipment has the characteristics of easy operation, strong flexibility, and adaptability to a variety of construction environments.

Hose Squeeze Pumps, also known as peristaltic pumps in many applications, are highly effective for water treatment processes due to their ability to handle a wide range of fluids, including those that are abrasive, corrosive, viscous, or contain solids. These pumps play a critical role in various stages of water treatment, from intake and pre-treatment to chemical dosing and sludge handling.

Hose Squeeze Pumps provide a robust, reliable, and efficient means of transferring and processing various fluids and slurries involved in paper making. Their design minimizes wear, prevents leaks, allows for accurate metering, and can handle abrasive and viscous materials, making them indispensable in this industry.