Slurry Pump & Gravel Pump

As a leading manufacturer based in China, we take pride in our expertise in producing high-quality slurry and gravel pumps. With a commitment to excellence and cutting-edge technology, we have established ourselves as a reliable and innovative force in the industry. Our pumps are meticulously designed to meet the demanding requirements of various applications, including mining, dredging, and industrial processes. We prioritize durability, efficiency, and performance, ensuring our products consistently deliver optimal results in the harshest operating conditions. Backed by a team of skilled professionals and state-of-the-art facilities, we strive to exceed customer expectations and contribute to the success of projects worldwide. Choose our slurry and gravel pumps for a reliable solution that combines advanced engineering with a dedication to quality.

Slurry & Gravel Pump Application
Slurry & Gravel Pump Application
Slurry & Gravel Pump Application
Slurry & Gravel Pump Application

Slurry pumps classification

  • According to the layout: horizontal slurry pump, submersible slurry pump, submersible slurry pump
  • According to the use: ash (mud) slurry pump, desulfurization pump, gravel pump, dredging pump, foam pump, underflow pump, slurry pump, foam pump, etc.
  • According to the mechanism of the pump: single shell pump, double shell pump
  • According to the flow material: metal pump, rubber pump

JXSC Machine is a professional mining equipment manufacturer in China. It provides various tools and equipment for mineral processing solutions.

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Slurry pump model

  • Horizontal slurry pump:AH(R)/L/M/HH/ZJ/ZGB series slurry pump
  • Submersible slurry pump: ZJL/SP(R) series submersible slurry pump
  • Foam slurry pump:AF series foam slurry pump
  • Desulfurization pump: TL, DT series limestone-gypsum wet desulfurization special pumps
  • Gravel pump, mud pump:G, GH serial gravel pumps, WN (Q) series mud pumps.
  • Others:PN(J)/PNL, PW/PWL, ZD/ZDL, PH, WQ series mud pumps, mortar pumps, sewage pumps.

Our Slurry Pump & Gravel Pump

AH Slurry Pump
AH Slurry Pump
Submersible Slurry Pump
Submerged Slurry Pump
ZJ Slurry Pump
ZJ Slurry Pump
Gravel Pump
G Gravel Pump

Cost-effective Slurry Pumps and Gravel Pumps

slurry and gravel pump

Our cost-effective slurry and gravel pump is distinguished by factors that optimize material selection, cost efficiency, and extended lifetime.

  • Material
    Constructed from high-quality, wear-resistant materials, our pump is tailored to combat the abrasive nature of slurry and gravel. The careful selection of materials ensures durability and efficient performance over the pump’s operational life.
slurry and gravel pump parts
  • Cost
    We prioritize affordability without compromising on quality. We deliver a cost-effective solution by streamlining manufacturing processes and strategically utilizing materials. Our pumps offer exceptional value, providing robust performance at a competitive price. Moreover, the design facilitates ease of maintenance, reducing long-term operational costs.
  • Lifetime
    Engineered for longevity, our slurry and gravel pump is built to withstand the rigors of challenging environments. Wear-resistant materials significantly extend the pump’s operational life, ensuring sustained performance. This longevity contributes to cost-effectiveness by minimizing the need for frequent replacements or extensive repairs.

The cost-effective slurry and gravel pump is a smart investment that combines durable materials, competitive pricing, and an extended operational life. It is a reliable solution for applications demanding efficiency and financial prudence.

Slurry Pumps & Gravel Pumps Technical Parameters


AH Slurry Pump(R) Parameters

ModelPower(Kw)Capacity (m3/h)Head(m)Impeller (mm)
1.5/1B-A H1512.6 ~ 28.86 ~ 68152
10.8 ~25.27 ~ 52330
2/1.5B-A H1532.4 ~ 726 ~ 58184
25.2 ~ 545.5 ~ 41178
3/2C-A H3039.6 ~ 86.412 ~ 64214
36 ~ 75.613 ~ 39213
4/3C-A H3086.4 ~ 1989 ~ 52245
79.2 ~ 1805 ~ 34.5245
4/3D-A H6097.2 ~ 1989 ~ 53245
79.2 ~ 1805 ~ 34.5245
6/4D-A H60162 ~ 36012 ~ 56365
144 ~ 32412 ~ 45371
6/4E-A H120162 ~ 36012 ~ 56365
144 ~ 32412 ~ 45371
8/6E-A H120360 ~ 82810 ~ 61536
8/6R-A H300324 ~ 7207 ~ 49536


Widely Used Slurry & Gravel Pump

Slurry and gravel pumps have diverse applications across several industries due to their ability to handle abrasive and solid-laden materials. Some applications include:


Submerged Slurry Pump Parameters

ModelMatch Power (KW)Flow Capacity (m3/h)Lift H(m)Speed (r/min)Impeller Diameter (mm)


ZJ Slurry Pump Parameters

ModelMax. Power(Kw)Capacity (m3/h)Head(m)Speed (r/min)



G(H) Gravel Pump Parameters

ModelMax. Power(Kw)Capacity (m3/h)Head(m)Speed (r/min)Max. Eff %NP SH(m)Max Size Passage (mm)


  • Mining
    Slurry pumps transport abrasive slurry in mining operations, including the transfer of ore and minerals in processing plants.
  • Dredging
    Gravel pumps are essential for dredging operations, extracting sand, gravel, and sediments from rivers, lakes, and seabeds for construction, land reclamation, and maintaining waterways.
  • Construction
    Slurry pumps are utilized in construction projects, particularly in tunneling and excavation, to handle and transport excavated materials containing solids.
  • Sand and Gravel Industry
    Gravel pumps are employed in sand and gravel extraction industries, where they efficiently handle the transportation of coarse materials for construction and infrastructure projects.
  • Wastewater Treatment
    Slurry pumps are used in wastewater treatment plants to handle sludge and abrasive materials produced during treatment.
  • Power Generation
    Slurry pumps may be used in power plants for handling abrasive by-products like ash generated during coal combustion.
slurrp pump application
  • Power Generation
    Slurry pumps may be used in power plants for handling abrasive by-products like ash generated during coal combustion.
  • Oil and Gas
    Gravel pumps can be used in the oil and gas to extract sand and gravel during drilling operations.
  • Ceramics and Glass Manufacturing
    Slurry pumps are applied in manufacturing ceramics and glass, facilitating the transport of abrasive materials during production.
  • Chemical Processing
    Slurry pumps play a role in the chemical industry, transporting abrasive chemicals and slurries during various processing stages.
  • Steel and Metallurgy
    Slurry pumps are used in steel mills and metallurgical plants to transport abrasive materials during different stages of production.
  • Agriculture
    Gravel pumps can be employed in agriculture for tasks such as irrigation and drainage where solids need to be transported.

The robust design and versatility of slurry and gravel pumps make them crucial components in various industries where the efficient handling of abrasive and solid-laden materials is essential for processes and operations.

How to Choose Slurry Pump & Gravel Pumps?

Choosing the right slurry pump and gravel pump involves considering several factors to ensure optimal performance and efficiency for your specific application.

1. Application Requirements

Define the specific application, including the type of material to be pumped (slurry, gravel, etc.), particle size, and the overall environment (e.g., mining, dredging, wastewater treatment).

2. Pump Type

Select between centrifugal and positive displacement pumps based on your application requirements. Centrifugal pumps are commonly used for slurry and gravel applications due to their efficiency and ability to handle abrasive materials.

3. Flow Rate and Head

Determine the required flow rate (volume of fluid to be transported per unit of time) and head (the height or pressure the pump must overcome). These factors will guide the pump size selection.

4. Particle Size and Concentration

Consider the size and concentration of solids in the material. Gravel pumps are designed for larger particle sizes, while slurry pumps handle finer particles. Ensure the pump is designed to handle the specific particle characteristics of your application.

5. Material Compatibility

Choose materials for the pump components that are compatible with the abrasive nature of the pumped material. Wear-resistant materials such as high-chrome alloys are often used for components exposed to abrasive slurry.

6. Pump Design and Features

Evaluate the pump design and features, including impeller design, sealing mechanisms, and the presence of wear-resistant liners. A robust design with features suited to your application will enhance pump performance and longevity.

7. Efficiency and Power Consumption

Consider the pump’s efficiency in terms of energy consumption. An efficient pump can reduce operational costs over time.

8. Maintenance Requirements

Assess the ease of maintenance, availability of spare parts, and the pump’s overall reliability. A pump with simple maintenance requirements can minimize downtime and operating costs.

9. Budget Considerations

Balance performance requirements with budget constraints. While cost-effective solutions are essential, prioritize quality and durability to ensure a reliable, long-term investment.


By carefully considering these factors, you can select slurry and gravel pumps that meet the specific needs of your application, ensuring efficient and reliable performance over the pump’s operational life. Meanwhile, you can consult with us. We can provide valuable insights tailored to your unique requirements.

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