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WRIKU's Hose Pump is designed with Anti-corrosive coating inner and outer of pump shell. The pumped fluid is in contact with only the interior of the rubber hose, thus permitting the pumping of a wide variety of reactive fluids. The hose is made of high quality polymer rubber, reinforced by 4~6 layers of nylon wire,with good durability and longer service life. Pump cover is made of high quality ductile iron,. and coated with polyurethane,to make it resistant to specific corrosive situations with Optimized design in pinch roller Optimized design, safe operation Easy maintenance,long running life Food-grade special lubricating oil, to reduce the friction between pinch roller and hose, extend the service life. It Adopt coaxial deceleration motor, and pump rotor mounted on the protruding shaft of deceleration machine,compact structure and save space. Optimized design in pinch roller, make it gentle to hose, to improve the service life of hose. Variable cooling of pump chamber,wide adaptability of conveying medium,extend the service life of hose.Heating or cooling system of chamber is available |
WRIKU's Hose Pump is designed with Anti-corrosive coating inner and outer of pump shell. The pumped fluid is in contact with only the interior of the rubber hose, thus permitting the pumping of a wide variety of reactive fluids. The hose is made of high quality polymer rubber, reinforced by 4~6 layers of nylon wire,with good durability and longer service life. Pump cover is made of high quality ductile iron,. and coated with polyurethane,to make it resistant to specific corrosive situations with Optimized design in pinch roller Optimized design, safe operation Easy maintenance,long running life Food-grade special lubricating oil, to reduce the friction between pinch roller and hose, extend the service life. It Adopt coaxial deceleration motor, and pump rotor mounted on the protruding shaft of deceleration machine,compact structure and save space. Optimized design in pinch roller, make it gentle to hose, to improve the service life of hose. Variable cooling of pump chamber,wide adaptability of conveying medium,extend the service life of hose.Heating or cooling system of chamber is available |
WRIKU's Hose pumps are a category of peristaltic pumps. The peristaltic pump is a kind of rotor type positive displacement pump, and its working principle is similar to that of the digestive tract in the peristaltic manner of conveying gas, solid and liquid three-phase medium. There is no strict distinction between hose pumps and peristaltic pumps. In general, peristaltic pumps refer to small flows (in milliliters per minute) and low outlet pressures (not exceeding 3 kg/cm2), which are used in the sanitary sector and in laboratory measurements. The hose pump refers to large flow rate (up to 80 cubic meters per hour) and high output pressure (up to 16kg/cm2), which is used for large-flow transportation and metering in industrial applications | |
In addition, the hose peristaltic pump has many unique features: there is no any other pump bearing better self-priming ability than the hose peristaltic pump, which can produce a perfect vacuum to absorb liquid, transport gas-containing liquid, foam liquid without gas Resistance; conveying high viscosity, its shear sensitive medium is also a strong item; the displacement per revolution is independent of the outlet pressure, is type of a natural metering pump. ◆Suction ability up to 9.5 meters and self-priming ◆Dry-run without damage ◆For high viscosity or shear sensitive medium ◆No leaking, no block. No sealing gasket, ball, diaphragm, immersion rotor, stator and piston etc. ◆Pumping abrasive slurries, corrosive acids, large solids and gas-liquid mixture. ◆No internal leakage. Flow stability, can accurate and repeatable measurement. Accuracy ±1% ◆No ancillary equipment, check valves or water flush systems ◆Reversing operation, particle can safety out from suction or discharge pipe ◆Minimal maintenance-just change the hose ◆Reliable quality, low using cost |
WRIKU's Hose pumps are a category of peristaltic pumps. The peristaltic pump is a kind of rotor type positive displacement pump, and its working principle is similar to that of the digestive tract in the peristaltic manner of conveying gas, solid and liquid three-phase medium. There is no strict distinction between hose pumps and peristaltic pumps. In general, peristaltic pumps refer to small flows (in milliliters per minute) and low outlet pressures (not exceeding 3 kg/cm2), which are used in the sanitary sector and in laboratory measurements. The hose pump refers to large flow rate (up to 80 cubic meters per hour) and high output pressure (up to 16kg/cm2), which is used for large-flow transportation and metering in industrial applications | |
In addition, the hose peristaltic pump has many unique features: there is no any other pump bearing better self-priming ability than the hose peristaltic pump, which can produce a perfect vacuum to absorb liquid, transport gas-containing liquid, foam liquid without gas Resistance; conveying high viscosity, its shear sensitive medium is also a strong item; the displacement per revolution is independent of the outlet pressure, is type of a natural metering pump. ◆Suction ability up to 9.5 meters and self-priming ◆Dry-run without damage ◆For high viscosity or shear sensitive medium ◆No leaking, no block. No sealing gasket, ball, diaphragm, immersion rotor, stator and piston etc. ◆Pumping abrasive slurries, corrosive acids, large solids and gas-liquid mixture. ◆No internal leakage. Flow stability, can accurate and repeatable measurement. Accuracy ±1% ◆No ancillary equipment, check valves or water flush systems ◆Reversing operation, particle can safety out from suction or discharge pipe ◆Minimal maintenance-just change the hose ◆Reliable quality, low using cost |
WK20 | WK15 | WK25 | WK32 | WK40 | WK50 | WK65 | WK80 |
DN20 FLANGE | DN15 FLANGE | DN25 FLANGE | DN32 FLANGE | DN40 FLANGE | DN40 FLANGE | DN65 FLANGE | DN80 FLANGE |
0.75KW | 0.75KW | 1.1KW | 1.5KW | 2.2KW | 4.0KW | 5.5KW | 7.5KW |
0.08 l/min | 0.08 l/min | 0.3 l/min | 0.6 l/min | 1.33 l/min | 2.90 l/min | 6.7 l/min | 11.5 l/min |
160m | 160m | 160m | 160m | 160m | 160m | 160m | 160m |
16 Bar | 16 Bar | 16 Bar | 16 Bar | 16 Bar | 16 Bar | 16 Bar | 16 Bar |
0.5 L | 0.5 L | 2 L | 2.5 L | 5 L | 10 L | 25 L | 35 L |
80℃ | 80℃ | 80℃ | 80℃ | 80℃ | 80℃ | 80℃ | 80℃ |
Chlorosulfonated polyethylene rubber(CSM) Natural rubber(NR), foodgrade hose(F NBR) nitrile rubber(NBR) EPDM |
WK20 | WK15 | WK25 | WK32 | WK40 | WK50 | WK65 | WK80 |
DN20 FLANGE | DN15 FLANGE | DN25 FLANGE | DN32 FLANGE | DN40 FLANGE | DN40 FLANGE | DN65 FLANGE | DN80 FLANGE |
0.75KW | 0.75KW | 1.1KW | 1.5KW | 2.2KW | 4.0KW | 5.5KW | 7.5KW |
0.08 l/min | 0.08 l/min | 0.3 l/min | 0.6 l/min | 1.33 l/min | 2.90 l/min | 6.7 l/min | 11.5 l/min |
160m | 160m | 160m | 160m | 160m | 160m | 160m | 160m |
16 Bar | 16 Bar | 16 Bar | 16 Bar | 16 Bar | 16 Bar | 16 Bar | 16 Bar |
0.5 L | 0.5 L | 2 L | 2.5 L | 5 L | 10 L | 25 L | 35 L |
80℃ | 80℃ | 80℃ | 80℃ | 80℃ | 80℃ | 80℃ | 80℃ |
Chlorosulfonated polyethylene rubber(CSM) Natural rubber(NR), foodgrade hose(F NBR) nitrile rubber(NBR) EPDM |
To Secure Complicity of Pump Supply to operation site, Please DO Fullfill the FAQ Carefully for Engineering Design
Operating condition/Positions: | Pumped fluid: | |||
Capacity: m3/h | Max Rated Min | 1 Media | Max ratio Min rati | |
Total head: m | Max Rated Min | 2 Media | Max ratio Min rati | |
Suction pressure: MPa | Max Rated Min | 3 Media | Max ratio Min rati | |
Discharge pressure MPa | ||||
NPSH required m | Particle diameter | |||
Operating conditions | Continuous Intermittent | Medium characteristics | Corrosion Abrasion | |
Spot conditions | Operation temp °C | Max Normal Min | ||
Position | Density | Under operating temp | ||
Indoor |
With heating |
With shield | ||
Viscosity | Under operating temp | |||
Outdoor | Without heating | Without shield | Under operating temp | |
Requirement of Cold-proof | Specific heat | |||
Requirement of Damp-heat-proof | Concentration of chloride | PPM | ||
Site condition | H2S Density |
PPM | ||
Concentration of H2S | ||||
Altitude | Flammable Explosive | |||
Atmosphere pressure | Volatile characteristics | Easy Not easy | ||
Max Min % | Boiling point | |||
Ambient temp. Range | Crystallization temp | |||
Abnormal conditions | Dust Smoking | Smelting point | ||
Electrical classification | Class Division Group | Point of flammability | ||
Power source | Volt Hz Phase | |||
Slurry Condition | Temp °C Pressure MPa | |||
Chloride concentration PPM | ||||
Critical pressure |
MPa | |||
Compressed air of instrument | Max / Min. Pressure /MPa | |||
Other |
To Secure Complicity of Pump Supply to operation site, Please DO Fullfill the FAQ Carefully for Engineering Design
Operating condition/Positions: | Pumped fluid: | |||
Capacity: m3/h | Max Rated Min | 1 Media | Max ratio Min rati | |
Total head: m | Max Rated Min | 2 Media | Max ratio Min rati | |
Suction pressure: MPa | Max Rated Min | 3 Media | Max ratio Min rati | |
Discharge pressure MPa | ||||
NPSH required m | Particle diameter | |||
Operating conditions | Continuous Intermittent | Medium characteristics | Corrosion Abrasion | |
Spot conditions | Operation temp °C | Max Normal Min | ||
Position | Density | Under operating temp | ||
Indoor |
With heating |
With shield | ||
Viscosity | Under operating temp | |||
Outdoor | Without heating | Without shield | Under operating temp | |
Requirement of Cold-proof | Specific heat | |||
Requirement of Damp-heat-proof | Concentration of chloride | PPM | ||
Site condition | H2S Density |
PPM | ||
Concentration of H2S | ||||
Altitude | Flammable Explosive | |||
Atmosphere pressure | Volatile characteristics | Easy Not easy | ||
Max Min % | Boiling point | |||
Ambient temp. Range | Crystallization temp | |||
Abnormal conditions | Dust Smoking | Smelting point | ||
Electrical classification | Class Division Group | Point of flammability | ||
Power source | Volt Hz Phase | |||
Slurry Condition | Temp °C Pressure MPa | |||
Chloride concentration PPM | ||||
Critical pressure |
MPa | |||
Compressed air of instrument | Max / Min. Pressure /MPa | |||
Other |