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Industrial Pump Solutions
Our range covers slurry, gravel, froth, and submersible pumps / over14models
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ZJQ Submersible Slurry Pump
The ZJQ submersible slurry pump is an integrated submersible slurry pump with the motor and pump body coaxially directly coupled. The entire unit can be completely submerged in the medium during operation and is specifically designed for conveying high-concentration, highly abrasive slurries containing a large number of solid particles. This pump features a compact structure, reliable sealing, and outstanding wear resistance, making it suitable for deep water, pits, and complex working environments. It is widely used in mining, metallurgy, power, dredging, and municipal engineering fields. -
SP Submersible Slurry Pump
The submersible pump is a vertical centrifugal slurry pump, immersed in liquid, used for conveying abrasive, coarse-particle, high-concentration slurries. It requires no shaft seal or sealing water and can operate normally even with insufficient suction. The pump body is made of wear-resistant metal, and the impeller is made of wear-resistant metal, rubber, or polyurethane. All submerged parts are lined with rubber. It is suitable for conveying corrosive slurries. -
AF Vertical Foam Pump
AF series foam pumps are widely used in metallurgical, coal, and chemical industries. They are suitable for conveying abrasive and corrosive slurries containing foam, and effectively eliminate foam from the slurry during operation. They can operate normally even with insufficient feed material and are particularly suitable for various flotation processes, making them ideal for conveying foamy slurries. -
AFH Horizontal Foam Pump
The AFH horizontal foam pump is an industrial-grade pumping device designed for efficient foam delivery and stable output. It features a horizontal structure, ensuring smooth operation, low noise, and easy maintenance. The equipment provides precise control over the liquid-to-air mixing ratio, producing fine and uniform foam, suitable for continuous operation. Its compact structure and excellent corrosion resistance allow for long-term stable operation, making it widely applicable in cleaning, surface treatment, and chemical batching fields. -
6/4D-G gravel pump
The G-type gravel pump is a heavy-duty horizontal centrifugal pump specifically designed for conveying large particles, high concentrations of gravel, and highly abrasive media. This pump features a robust structure, a wide flow channel that is not easily clogged, and the ability to stably convey media containing sand, gravel, and slurry. The entire unit incorporates a wear-resistant design, ensuring reliable operation and suitability for continuous high-load conditions. It is widely used in river dredging, sand mining, mining, and port engineering. -
6-4D-G gravel pump with diesel engine
The G-type gravel pump is a heavy-duty horizontal centrifugal pump specifically designed for conveying large particles, high concentrations of gravel, and highly abrasive media. This pump features a robust structure, a wide flow channel that is not easily clogged, and the ability to stably convey media containing sand, gravel, and slurry. The entire unit incorporates a wear-resistant design, ensuring reliable operation and suitability for continuous high-load conditions. It is widely used in river dredging, sand mining, mining, and port engineering. -
12-10G-G gravel pump
The G-type gravel pump is a heavy-duty horizontal centrifugal pump specifically designed for conveying large particles, high concentrations of gravel, and highly abrasive media. This pump features a robust structure, a wide flow channel that is not easily clogged, and the ability to stably convey media containing sand, gravel, and slurry. The entire unit incorporates a wear-resistant design, ensuring reliable operation and suitability for continuous high-load conditions. It is widely used in river dredging, sand mining, mining, and port engineering. -
10-8F-G gravel pump
The G-type gravel pump is a heavy-duty horizontal centrifugal pump specifically designed for conveying large particles, high concentrations of gravel, and highly abrasive media. This pump features a robust structure, a wide flow channel that is not easily clogged, and the ability to stably convey media containing sand, gravel, and slurry. The entire unit incorporates a wear-resistant design, ensuring reliable operation and suitability for continuous high-load conditions. It is widely used in river dredging, sand mining, mining, and port engineering. -
8-6E-G gravel pump
The G-type gravel pump is a heavy-duty horizontal centrifugal pump specifically designed for conveying large particles, high concentrations of gravel, and highly abrasive media. This pump features a robust structure, a wide flow channel that is not easily clogged, and the ability to stably convey media containing sand, gravel, and slurry. The entire unit incorporates a wear-resistant design, ensuring reliable operation and suitability for continuous high-load conditions. It is widely used in river dredging, sand mining, mining, and port engineering. -
2/1.5B-AH Slurry Pump
Bearing Assembly: The pump's bearing assembly adopts a cylindrical structure, facilitating adjustment of the impeller-front guard clearance and allowing for complete disassembly during maintenance. The bearings are grease-lubricated. Shaft Seal: The pump's shaft seal types include packing seal, auxiliary impeller seal, and mechanical seal. Drive Methods: Options include V-belt drive, flexible coupling drive, gear reducer drive, hydraulic coupling drive, frequency converter drive, and thyristor speed regulation. V-belt drives include CL, CV, CR, ZL, ZV, and ZR drives. Overall Performance: The pump boasts a wide performance range, excellent cavitation performance, and high efficiency. Multi-stage series technology can be employed to meet long-distance transport requirements. Various metals are available for the flow-through components, and depth can be increased. Multiple speeds and variations allow the pump to operate under optimal working conditions. It has a long service life, high operating efficiency, and can meet various harsh transport conditions. -
10-8E-M Slurry Pump
Bearing Assembly: The pump's bearing assembly adopts a cylindrical structure, facilitating adjustment of the impeller-front guard clearance and allowing for complete disassembly during maintenance. The bearings are grease-lubricated. Shaft Seal: The pump's shaft seal types include packing seal, auxiliary impeller seal, and mechanical seal. Drive Methods: Options include V-belt drive, flexible coupling drive, gear reducer drive, hydraulic coupling drive, frequency converter drive, and thyristor speed regulation. V-belt drives include CL, CV, CR, ZL, ZV, and ZR drives. Overall Performance: The pump boasts a wide performance range, excellent cavitation performance, and high efficiency. Multi-stage series technology can be employed to meet long-distance transport requirements. Various metals are available for the flow-through components, and depth can be increased. Multiple speeds and variations allow the pump to operate under optimal working conditions. It has a long service life, high operating efficiency, and can meet various harsh transport conditions. -
6-4D-AH Slurry Pump
Bearing Assembly: The pump's bearing assembly adopts a cylindrical structure, facilitating adjustment of the impeller-front guard clearance and allowing for complete disassembly during maintenance. The bearings are grease-lubricated. Shaft Seal: The pump's shaft seal types include packing seal, auxiliary impeller seal, and mechanical seal. Drive Methods: Options include V-belt drive, flexible coupling drive, gear reducer drive, hydraulic coupling drive, frequency converter drive, and thyristor speed regulation. V-belt drives include CL, CV, CR, ZL, ZV, and ZR drives. Overall Performance: The pump boasts a wide performance range, excellent cavitation performance, and high efficiency. Multi-stage series technology can be employed to meet long-distance transport requirements. Various metals are available for the flow-through components, and depth can be increased. Multiple speeds and variations allow the pump to operate under optimal working conditions. It has a long service life, high operating efficiency, and can meet various harsh transport conditions. -
4-3C-AH Slurry Pump
Bearing Assembly: The pump's bearing assembly adopts a cylindrical structure, facilitating adjustment of the impeller-front guard clearance and allowing for complete disassembly during maintenance. The bearings are grease-lubricated. Shaft Seal: The pump's shaft seal types include packing seal, auxiliary impeller seal, and mechanical seal. Drive Methods: Options include V-belt drive, flexible coupling drive, gear reducer drive, hydraulic coupling drive, frequency converter drive, and thyristor speed regulation. V-belt drives include CL, CV, CR, ZL, ZV, and ZR drives. Overall Performance: The pump boasts a wide performance range, excellent cavitation performance, and high efficiency. Multi-stage series technology can be employed to meet long-distance transport requirements. Various metals are available for the flow-through components, and depth can be increased. Multiple speeds and variations allow the pump to operate under optimal working conditions. It has a long service life, high operating efficiency, and can meet various harsh transport conditions. -
1.51B-AH Slurry Pump
Bearing Assembly: The pump's bearing assembly adopts a cylindrical structure, facilitating adjustment of the impeller-front guard clearance and allowing for complete disassembly during maintenance. The bearings are grease-lubricated. Shaft Seal: The pump's shaft seal types include packing seal, auxiliary impeller seal, and mechanical seal. Drive Methods: Options include V-belt drive, flexible coupling drive, gear reducer drive, hydraulic coupling drive, frequency converter drive, and thyristor speed regulation. V-belt drives include CL, CV, CR, ZL, ZV, and ZR drives. Overall Performance: The pump boasts a wide performance range, excellent cavitation performance, and high efficiency. Multi-stage series technology can be employed to meet long-distance transport requirements. Various metals are available for the flow-through components, and depth can be increased. Multiple speeds and variations allow the pump to operate under optimal working conditions. It has a long service life, high operating efficiency, and can meet various harsh transport conditions.
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