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.

As a professional tundish spraying machine manufacturer, our ability to provide quality products is undoubtedly an important competitive advantage. Tundish plays a vital role in the metallurgical industry, especially in the continuous casting process, where it is used to store and distribute molten metal, ensuring the stability and efficiency of the casting process.

Tundish spraying machine for steel ladle is a device specially used for spraying refractory materials on the inner wall of steel ladle or tundish. This equipment plays a vital role in the process of steel smelting and continuous casting. It can effectively protect the inner wall of steel ladle and tundish, prevent molten steel from eroding the wall of the tundish, thereby increasing the service life of steel ladle and tundish, and ensuring the smooth progress of continuous casting production.

The primary function of tundish lining spraying systems is to apply a uniform and durable layer of refractory material to the tundish lining. This layer acts as a barrier, protecting the tundish from the high temperatures and corrosive environments encountered during steel production.

Tundish gunning spraying machines are specialized equipment used in the metallurgical industry, particularly in the production of steel. They are primarily utilized for the application of refractory gunning mixes to the linings of tundishes, which are vessels used to temporarily store molten steel before it is poured into molds for casting.

Gunning mixes for tundish lining are composed of refractory aggregates and powders, binding agents, and admixtures. The refractory aggregates and powders provide the main mechanical strength and refractoriness of the material, while the binding agent holds these particles together to form a cohesive mass. Admixtures may be added to improve specific properties such as workability, setting time, or resistance to erosion and corrosion.

Tundish Spraying Plant refers to a specialized facility or setup within a steel plant that is equipped with tundish spraying machines to manage the cooling and protection of the tundish during the continuous casting process. The tundish is a key component in casting molten steel into molds, and the spraying plant is designed to ensure that the tundish is adequately cooled, preventing overheating, wear, and oxidation of the molten steel.

The working principle of the tundish gunning machine is relatively simple but highly efficient. It first delivers the refractory material to the spray gun through the feeding system, and then uses high-pressure airflow or a hydraulic system to drive the spray gun to evenly spray the refractory material onto the inner surface of the tundish. During the spraying process, the equipment will be precisely controlled according to preset parameters (such as spraying speed, spraying thickness, etc.) to ensure the spraying quality and effect.

Tundish spraying machine steel plant equipment is a mechanical device specially designed for spraying refractory materials onto the inner surface of tundish.
Function:
Quickly and evenly spray refractory materials on the inner surface of the tundish to repair the wear caused by high temperature and scouring.
Prolong the service life of the tundish, reduce the replacement frequency, and thus reduce production costs.
Ensure the stability and safety of the tundish during the continuous casting process, and improve the quality of molten steel and production efficiency.

With the continuous development of the metallurgical industry and the diversification of production needs, tundish spray equipment have also begun to show a trend of diversification and customization. Different models of gunning machines are suitable for different types of tundishes and refractory materials, and can meet the specific needs of different production lines. At the same time, we also provide customized services, designing and manufacturing according to the specific requirements of customers to ensure the best performance and adaptability of the gunning machine.

Tundish Gunning Machine is a specialized equipment used in the steel industry to apply refractory materials to the inner surfaces of the tundish, a key component in the continuous casting process. The tundish holds molten metal before it is cast into the final shape, and applying a refractory lining inside the tundish is critical for protecting it from the extreme temperatures and corrosive effects of molten metal.
Applications:
– Steel Mills: Primarily used in steel mills with continuous casting units, where tundishes are crucial for transporting molten metal.
– Refractory Maintenance: Used to repair and reline tundishes regularly, ensuring that the equipment is well-protected and operating efficiently.
– Casting Process: Supports uninterrupted casting by maintaining the refractory lining, which is vital for ensuring that the molten metal remains at the correct temperature and free from contaminants.

Tundish Gunning Spraying Machine is typically used in the steel industry, specifically for the application of refractory materials to the tundish, which is a vessel used in continuous casting to hold and transport molten metal. This machine helps improve efficiency, reduce the need for manual labor, and ensure consistent and even coating of the tundish for better performance and durability.

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. 

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.