Performance Data

Nominal Diameter: DN10~DN150
Clear Water Head: 9.5 meters
Maximum Head: 160 meters
Flow Rate: 0.06-100 m³/h
Maximum Discharge Pressure: 16 Bar
Speed: 0-100 rpm
Protection Class: IP54 - IP65
Applicable Media: Suitable for various media, including solid-containing media (mining tailings slurry, dredging mud, ceramic glaze slurry, construction mortar, etc.), corrosive media (various acids, alkalis, salt solutions, and some corrosive chemical liquids, etc.), and fiber-containing media (such as pulp, etc.). (Specific applicable media shall refer to the rubber sleeve material.)
Temperature Range: -20℃-120℃ (specific range subject to the hose material)
Flow Characteristics: Low flow resistance and excellent flow performance, ensuring efficient media transportation.
Service Life: Long service life under normal operating conditions, especially the durability of the hose. With appropriate media and standard operation, it can be used for an extended period.

Drive Methods and Structure Types

Drive Methods: Electric, Pneumatic
Structure Types: Roller Type, Shoe Type, Single-Hose Type, Multi-Hose Type

Applicable Scenarios: Meets the needs of high-flow industrial production, such as mining tailings transportation, slag slurry conveyance, transportation of various corrosive media, large-scale sewage treatment, etc.

Customization is available based on requirements.

Product Features

Energy Saving & Consumption Reduction: The roller-type hose pump minimizes damage to the hose and generates significantly less frictional heat, extending the hose service life by up to 20% (based on rotation count). Correspondingly, it reduces starting torque and operating torque, lowering energy consumption.
Strong Self-Priming Capacity & High Head: No priming is required. Self-priming height reaches 9.5 meters, and maximum head is 160 meters. The shoe-type hose pump can achieve higher discharge pressure, up to 1.6 MPa.
Strong Self-Priming Capacity & High Head: No priming is required. Self-priming height reaches 9.5 meters, and maximum head is 160 meters.
One-Click Forward/Reverse Switch: Allows dry running and supports one-click switching between forward and reverse directions, enabling safe discharge of blockages from the suction pipe or discharge pipe.
Wide Application Range: Easily conveys various media such as high-viscosity, low-viscosity, paste-like, high-purity, neutral, corrosive media, as well as those containing gas, foam, or solid hard particles—just as effortlessly as pumping water.
No Seals or Vulnerable Components: Free of seals, ball valves, diaphragms, gaskets, submerged rotors, stators, pistons, etc., which are prone to leakage, clogging, and corrosion.
Super Wear Resistance: Specifically designed for abrasive media. The hose is made of wear-resistant rubber, suitable for conveying impurity-containing abrasive fluids such as sludge, sewage, and slurry.
Reliable After-Sales Support: Slide rail design facilitates pressure adjustment and hose replacement. With easy hose replacement and simple maintenance, it ensures short downtime and cost savings.

Structural Features

Lightweight Design: Significantly reduces the pump body's own weight and optimizes the overall weight distribution of the equipment.
Efficient Heat Dissipation: The kinetic energy generated by the rotation of the pump rotor drives the air in the pump cavity to form circulating flow, accelerating heat dissipation from the pump cavity and effectively reducing the pump body temperature during operation, thereby helping to extend the overall service life of the pump.
Hose Protection: According to the different stress points of the hose when squeezed, the hollowed-out design can greatly disperse and reduce the stress borne by the hose, further extending the hose's service life.

Materials

Valve Body Material: DN15~200 (Carbon Steel, Ductile Iron, Aluminum Alloy, Stainless Steel – Casting Process) / DN250~2000 (45# Steel, Stainless Steel – Welding Process)
Valve Sleeve Material: Natural Rubber (NR), Ethylene Propylene Diene Monomer (EPDM), Neoprene (CR), Nitrile Rubber (NBR), Butyl Rubber (IIR), Fluororubber (FKM/Viton), Hypalon (Chlorosulfonated Polyethylene Rubber), etc.
Special Configurations: Customizable according to user requirements (including diameter, suction lift, head, pressure, materials, inlet/outlet direction, and motor type – such as frequency inverter motor/high protection class motor/explosion-proof motor/hardened gear reducer)

Customization is available based on requirements.

Hose Pump Drive Type Classification

Drive Type Classification	Pressure Range	Features	Application Scenarios
Electric Drive	Generally 0.1 - 1.6MPa, higher pressure available with special designs.	Mature technology, stable power output. Speed regulation achievable via frequency converter. Wide applicability, capable of meeting diverse power requirements.	Most industrial and civil applications, such as general medium transportation in chemical, mining, environmental protection and other fields.
Pneumatic Drive	Typically around 0.2 - 1.0MPa.	Intrinsically safe with excellent explosion-proof performance. Suitable for hazardous environments with flammable and explosive gases. Requires specified air supply pressure.	Hazardous environments with flammable and explosive gases, such as chemical explosion-proof workshops and underground mining operations.
Hydraulic Drive	High pressure, generally 1.0 - 3.5MPa, even higher for special models.	Delivers high torque and powerful performance. Suitable for heavy-load, high-pressure working conditions. Flexible speed regulation and control.	Applications requiring high output torque, such as large-scale mining tailings transportation and high-pressure medium transfer for heavy machinery.

Hose Pump Structure Type Classification

Structure Type Classification	Specific Structure Type	Pressure Range	Features	Application Scenarios
By Extrusion Mechanism	Roller Type	Generally 0.1 - 1.6MPa, higher pressure available with large-scale equipment.	Compact and stable structure. Continuous surface contact extrusion by rollers ensures low flow pulsation, uniform hose wear and long service life.	Applications requiring stable flow and long-term continuous operation, such as large-scale industrial transportation, mining tailings transfer and sewage treatment.
By Extrusion Mechanism	Shoe Type	Typically 0.1 - 1.2MPa, suitable for medium and low-pressure working conditions.	Flexible shoe structure allows adjustable extrusion force and trajectory. Intermittent point/line contact extrusion. Relatively complex structure.	Applications with low requirements for flow pulsation and need for flexible adaptation to working conditions, such as medium and small-sized chemical slurry transportation and operations in special installation spaces.
By Number of Hoses	Single-Hose Type	Mostly 0.1 - 1.0MPa, focusing on lightweight transportation.	Simple structure, low cost, easy maintenance. Single-channel transportation with moderate flow output.	Low-flow demand scenarios, such as laboratory reagent transfer, small equipment matching and civil small-batch medium transportation.
By Number of Hoses	Multi-Hose Type	Generally 0.1 - 1.6MPa, up to 2.0MPa for some high-pressure models.	Multiple parallel hoses enable high flow output. Supports independent/synchronous multi-channel transportation. Relatively complex structure.	Large-scale industrial production and high-flow demand scenarios, such as large sewage treatment plants, centralized mining transportation systems and chemical continuous production lines.