Kingda pump group
Slurry Pumps
Kingda slurry pump is made of high chromium alloy material, which has higher toughness, strength, wear resistance and impact resistance than ordinary slurry pump.
When the transported medium hits the metal surface at high speed, Kingda slurry pump will provide buffering with extremely strong impact toughness and resist the cutting of abrasives (crushed pulverized coal, stones) on the pump, minimize the generation of abrasive chips, reduce wear and protect the pump body.
KINGDA Slurry Pump Applications
Kingda uses advanced casting and heat treatment processes to keep the chemical composition of metal materials at high hardness and high toughness. Kingda slurry pump’s high-quality materials can resist wear and corrosion from most fluids.
Mining, Dredging, Tunnel, Metallurgy, Power Plant, Wastewater, Chemical, Construction
When conveying highly abrasive slurries, such as industrial waste, coal, sand, gravel, glass sand, silica sand, mineral sand, fracturing sand, metal ore, stone powder, cement, Kingda slurry pumps will prevent the metal surface from being cut by hard abrasives and slow down the wear.
Based on its strong conveying capacity, when conveying high-viscosity and high-density slurries, such as mud, sludge, paste, pulp, thickener underflow, Kingda slurry pumps can pump continuously without downtime or maintenance, ensuring the progress of the project and saving a lot of time and cost.
Learn how Kingda slurry pumps Work and handle complex fluids
Kingda relies on excellent manufacturing technology and advanced materials to enable Kingda slurry pumps to withstand the abrasion and corrosion of most fluids during operation.
The unique impeller design makes Kingda slurry pumps have the characteristics of no clogging, long service life and short downtime, greatly reducing the user’s cost of use.
In just 1 minute, understand the working principle of Kingda slurry pumps and explore the reasons for the excellent performance of slurry pumps.
Kingda Slurry Pumps
Kingda’s innovative wide flow channel design makes Kingda slurry pumps almost no clogging, and the diameter of solid particles that can pass through is 1-15.75 inches (0-400mm), which greatly improves the conveying efficiency.
Heavy Duty Slurry Pump
Heavy duty slurry pumps are energy-efficient, have low vibration and long service life, and are suitable for mining, shield tunneling, metallurgy and other industries.
Dredge Pump
Kingda dredge pump is installed on dredgers and is suitable for dredging purposes such as river dredging, sand mining, port construction, etc.
No clogging Sewage Pump
Sewage pumps are available with open, semi-open and closed impellers, suitable for sewage treatment plants, chemical industry, mining and other industries.
Horizontal Slurry Pump
The horizontal slurry pump is placed horizontally on the ground. It is suitable for long-distance transportation and high-lift conditions.
- Simple structure
- Easy to maintain
Vertical Slurry Pump
The vertical slurry pump is installed vertically below the liquid surface and is suitable for working conditions that require underwater operation.
- Small footprint
- Works submerged in water
Slurry Pump Types & Specs
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Slurry Pump Features
High Wear Resistance
The use of highly wear-resistant alloy materials can easily handle slurries containing solid particles, and the pump body will not be cut by solids such as stones.
Corrosion Resistance
When conveying corrosive slurries, the alloy materials developed by Kingda will form a passivation protective film on the metal surface, so that even if it is in contact with oxidizing corrosive media (seawater, sulfuric acid, carbonate, salt slurry) for a long time, it will not be dissolved or damaged on a large scale.
Long Service Life
Based on Kingda's production capacity of the entire manufacturing chain, the slurry pumps we produce have very high efficiency and reliability, and can continuously pump slurries without stopping, reducing maintenance costs.
Optional
The wear parts of the slurry pump (impeller, volute, plate liner, etc.) can be selected from different materials according to different working conditions, such as rubber, stainless steel, ceramic, etc.
Anti-clogging
Kingda slurry pumps use wide blade flow channels and large-caliber designs, so that our slurry pumps are almost no clogging, and the suspended solid particles that can pass can reach 1-15.75 inches (0-400mm).
Slurry Pump Design
Improve Efficiency and Increase the Passing Rate
Fluid Modeling Design: Kingda uses advanced CFD technology to optimize the fluid model and increase the conveying efficiency.
Wide Flow Channel Design: Based on decades of project experience, Kingda has improved the flow channel design. The widened flow channel increases the passing rate of the fluid, making it almost impossible to no clogging.
Optimize the Structure and Increase the Service Life
Finite element analysis: Kingda uses finite element analysis to optimize the pump body structure and increase durability.
Enlarged shaft: We further increase the stability of the slurry pump during operation by enlarging the pump shaft and bearings.
Thickened volute: We have reasonably thickened the easily worn parts of the volute, which increases the durability of the volute, reduces the maintenance frequency, and shortens the downtime of the project while the cost remains almost unchanged.
Ensure no leakage and cooling
Reinforced mechanical seal: Use high-quality mechanical seals to ensure that the slurry will not leak and reduce losses.
Thermosyphon cooling technology: We use the thermosyphon principle to reduce the operating temperature of the shaft and bearings and increase stability.
Motor cooling: With advanced motor cooling technology, the motor can still maintain normal temperature operation while continuously pumping fluid.
Easy maintenance
Split design: Kingda slurry pump adopts split design, which makes maintenance simple, shortens maintenance time and increases work efficiency.
Kingda's materials can meet the challenges of most applications
To increase the durability of slurry pumps and expand more usage scenarios, Kingda has developed a variety of replaceable materials after years of research and development. The most suitable material can be selected according to the usage of different industries.
Stainless Steel
The stainless steel slurry pump developed by Kingda has high strength, high impact toughness and corrosion resistance.
Its strength is twice that of ordinary stainless steel, and it has good corrosion resistance in corrosive media of different temperatures and concentrations. It can be widely used in textile, pulp, pharmaceutical, chemical, sugar, metallurgy and other industries.
Wear-resistant Ceramics
Kingda also provides wear-resistant ceramic materials that can replace metals. They can be used for the wear parts of slurry pumps. Their hardness is second only to diamond. They are resistant to corrosion by all strong and weak acids except hydrofluoric acid, and by bases. The service life under the same working conditions is more than 4-6 times that of ordinary slurry pumps.
Elastic Materials
Based on natural rubber, Kingda optimizes the production formula to make it have high mechanical strength and elasticity, wear resistance, corrosion resistance, good flame retardancy, and suitable for low-erosion and high-concentration chemical slurries.
Our expertise ensures reliable and efficient solutions tailored to your needs
As China’s first slurry pump manufacturer, we have been committed to the research and development and manufacturing of pumps since 1948, doing our best to solve the problem of fluid transportation for customers. High quality and reliability are the cornerstones of our journey.
Kingda slurry pumps now cover most industrial scenarios, including mining, construction, FGD, dredging, power plants, chemicals, shield tunneling, farmland, water treatment, etc. We have been committed to solving fluid transportation and escorting customers’ safe production.
OEM quality
Conduct simulation analysis based on working conditions, optimize hydraulic performance, and provide users with fluid solutions that meet their needs.
Expertise
With more than 70 years of expertise in designing and delivering durable equipment and parts.
End-to-end production
It has full production capabilities, covering every stage from model making, casting, heat treatment, and machining to welding, rubber lining, assembly, and testing.
After-sales service
With a professional maintenance engineer team, 7*24 hours online quick response.
We offer competitive pricing to help you reduce costs with reliable quality
We have a complete slurry pump manufacturing production chain, which means we have stricter quality control and fast delivery time, ensuring that each pump is completely reliable and quickly applied to your project.
Kingda is different from other slurry pump manufacturers in that Kingda completes the entire process from initial modeling design, raw material processing, casting process, to the final pump installation process.
Full-Process Manufacturing Capability for Slurry Pumps
7x24 after-sales service
Kingda has a professional after-sales engineer team, providing 7×24 after-sales service. When your pump has any problems, just contact us, and the after-sales engineer will develop a reasonable maintenance or repair plan for you based on the actual situation of the project, minimize your losses, and let your project resume work quickly.
When you purchase a Kingda slurry pump, our after-sales engineer will also give you a reasonable maintenance time so that you can prevent pump damage and repair problems in advance, saving your time and work costs.
Smart pump remote monitoring
The intelligent pump station remote detection platform developed by Kingda allows customers to know the real-time operation information of the slurry pump at any time. Based on LORA wireless communication and Internet of Things technology, it can detect the operation status of the pump 24 hours a day, and prevent maintenance problems in advance.
Through the Kingda intelligent pump station remote detection platform, you can know whether the motor has abnormal vibration and high temperature problems. If the value reaches the upper limit, the platform will remind you by email or SMS, and start the sound and light alarm on site, so that you can prevent and maintain in advance.
You can log in to the detection platform to check the wear rate of the impeller or other wet-end parts of the slurry pump at any time. Before the wear rate reaches the upper limit, the platform will send you an alarm, and you can arrange maintenance time in advance to minimize losses.
KINGDA PROJECTS
Kingda’s cooperation cases include custom pumps for dredging vessels, mining, tunnel boring, and desulfurization, driving performance and efficiency across industries.
CCCC Dredging (GROUP) CO., LTD 13500m³ Trailing Suction Dredger
Slurry Pump Parts
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FAQ
Slurry pumps can transport fluids containing solid particles, such as industrial waste, urban sewage, mine tailings, etc. They usually have larger inlet and outlet diameters and are non-clogging.
Slurry pumps are mostly made of metal alloys, which are wear-resistant, corrosion-resistant, and have strong abrasion resistance. They are widely used in mining, metallurgy, shield tunneling, dredging and other fields.
Slurry pumps are the first choice for conveying slurry, because slurry contains many solid particles of different sizes, and ordinary water pumps cannot resist the impact and abrasion of particles at all, and will cause blockage. The special design of slurry pumps makes conveying slurry very easy.
The working principle of the slurry pump is the same as that of the centrifugal pump. The rotation of the impeller in the pump generates centrifugal force. Under the action of centrifugal force, the fluid is sucked into the pump. After being accelerated by the impeller, the fluid generates a higher pressure and is pumped out from the outlet, thereby transporting the fluid.
Since the sludge contains a lot of suspended particles and is viscous, a slurry pump is needed to transport the sludge. The slurry pump can transport fluids with high viscosity and solid particles.
