Rollers Hose Pump
Hose pumps fall under the category of peristaltic pumps. The FNC Hose Pump is ca...
Hose pumps fall under the category of peristaltic pumps. The FNC Hose Pump is ca...
Hose pumps fall under the category of peristaltic pumps. The FNC Hose Pump is ca...
Anhui Fengchi Pump Valve Manufacturing Co., Ltd. specializes in the production of pinch valves, air operated pinch valves, and slurry Knife gate valves and other products, focusing on fluid control solutions under harsh working conditions, with design and manufacturing capability of standardized and high-pressure pipe clamp valve series products, is a national high-tech The enterprise owns numerous invention and utility model patents. As and its products are widely used both domestically and internationally in large mines, and it has the characteristics of wear resistance, corrosion resistance, maintenance-free, and high cost-effectiveness. It is a substitute, the best choice for replacing conventional valves.
Anhui Fengchi Pump Valve Manufacturing Co., Ltd. has successively passed the ISO9001-2015 quality management system Certification, ISO14000 Environmental Management System Certification, ISO45001 Occupational Health and Safety Management system certification, EU CE certification, Rohs certification.
The company has large-scale vulcanization equipment, rubber refining equipment, and numerous rubber raw material testing facilities. Capable of designing, manufacturing, and processing large-scale products.
We adhere to the principle of extending customer satisfaction through high-quality products and a professional service team Equipment maintenance cycle, reducing the losses caused by frequent downtime and maintenance, thereby providing customers with more benefits. We look forward to your choice of the Fengchi pump valve, and let us customize a personalized fluid control solution for you based on your working conditions!
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Anhui Fengchi Pump Valve Manufacturing Co., Ltd. is a China-based Hose Pump manufacturer focused on fluid control under harsh working conditions. Our peristaltic hose pumps are engineered for mining tailings, chemical slurries, ceramic glaze, construction mortar, pulp and other difficult media where conventional pumps clog, leak or wear rapidly.
The FNC Hose Pump range includes roller and shoe designs in single-hose and multi-hose configurations. Because only the rubber hose contacts the medium, there are no valves, seals, diaphragms or submerged rotors to replace. We build each unit around the working point, material and production target you provide.
Hose pumps are positive-displacement peristaltic pumps. Each revolution delivers a fixed displacement independent of discharge pressure, which makes them suitable for metering and for lines where back-pressure varies. Self-priming reaches 9.5 m without priming, and maximum head is 160 m. They handle gas-containing and foamy liquids without air lock, and convey shear-sensitive media without emulsifying or degrading the product.
Typical applications include mining tailings and dredging mud, ceramic glaze slip, construction mortar, chemical acids and alkalis, salt solutions, and fiber-containing pulp. In slurry transport systems, we often combine a hose pump with our Zero Leakage Pinch Valve or Slurry Knife Gate Valves for isolation and regulation, improving overall line reliability.
| Parameter | Range / Detail |
|---|---|
| Nominal Diameter | DN10 – DN150 |
| Flow Rate | 0.06 – 100 m³/h |
| Maximum Discharge Pressure | 16 Bar (shoe type up to 1.6 MPa) |
| Self-Priming Height | 9.5 m |
| Maximum Head | 160 m |
| Speed | 0 – 100 rpm |
| Temperature Range | -20°C to 120°C (subject to hose material) |
| Protection Class | IP54 – IP65 |
| Drive Methods | Electric, pneumatic, hydraulic |
The hose is the primary wear component and determines service life. We compound and vulcanize rubber in-house, so we can adjust formulations to your actual medium rather than relying on generic stock. For highly abrasive slurries, natural rubber (NR) or reinforced synthetic rubber offers elasticity and tear resistance. For chemically aggressive media, EPDM, neoprene (CR), nitrile (NBR), butyl (IIR), fluororubber (FKM/Viton) or Hypalon provide resistance to acids, alkalis and oxidizing agents.
Hose wall thickness and compression geometry are matched to the rotor design to control pressure fluctuation, which is a key factor in fatigue cracking. In high-pressure or long-distance conveying, we specify continuous-duty configurations to reduce unplanned shutdowns.
We configure the drive and control system around your line interface. Electric drives are available with frequency inverter motors, high protection class motors, explosion-proof motors and hardened gear reducers. Pneumatic drives suit hazardous areas with flammable gases; hydraulic drives suit high-pressure duties. Inlet and outlet direction, suction lift, head and pressure can be customized.
Our manufacturing system holds ISO 9001 quality management, ISO 14001 environmental management, ISO 45001 occupational health and safety and ISO 50001 energy management certifications, along with EU CE, RoHS and TR-CU (EAC) approvals. Large-scale vulcanization and rubber refining equipment, plus rubber raw material testing facilities, support consistent hose quality and large-product processing capability.
Acceptance testing is based on the agreed performance data: flow rate, discharge pressure, self-priming height and protection class. We provide test records and material certificates as part of the delivery scope. Documentation includes operation and maintenance manuals, spare parts lists and hose replacement instructions.
Because only the hose contacts the medium, wear is localized and predictable. There are no mechanical seals, so leakage risk is very low. Hose replacement intervals can be planned, and the slide rail design keeps downtime short. We supply replacement hoses and wear parts, and our service team supports commissioning and troubleshooting.
To prepare an accurate configuration and quotation, we need the following project data. This lets us match the pump, hose material and drive to your working point.
| Input | Why We Need It |
|---|---|
| Medium and concentration | Determines hose compound and abrasion resistance |
| Flow rate and head | Sets pump size, speed and motor power |
| Temperature and pressure | Confirms hose material and pressure class |
| Duty cycle | Continuous or intermittent operation affects drive selection |
| Power supply and area classification | Selects motor type, protection class and control interface |
| Installation layout | Defines inlet/outlet direction and footprint |
Our hose pumps convey solid-containing media such as mining tailings slurry, dredging mud, ceramic glaze and construction mortar; corrosive media including acids, alkalis and salt solutions; and fiber-containing media such as pulp. The specific hose material is selected according to the medium.
Standard maximum discharge pressure is 16 Bar. The shoe-type hose pump can achieve higher discharge pressure, up to 1.6 MPa, for high-head duties.
Yes. The one-click forward/reverse switch allows dry running and safe discharge of blockages from the suction or discharge pipe.
Hose life depends on the medium, speed and operating pressure. The slide rail design allows quick hose replacement without dismantling surrounding pipework, keeping downtime short. We supply replacement hoses and provide replacement instructions.
Yes. We customize diameter, suction lift, head, pressure, materials, inlet/outlet direction and motor type, including frequency inverter, high protection class and explosion-proof motors, as well as hardened gear reducers. Share your working conditions and we will tailor a solution.
Our manufacturing system is certified to ISO 9001, ISO 14001, ISO 45001 and ISO 50001, and our products hold EU CE, RoHS and TR-CU (EAC) approvals. Certificates are available for project documentation.
Our portfolio also includes Products for applications with different operating ranges, interfaces or integration requirements.