Lefoo RO Diaphragm Booster Pump

This Ro booster water pump series is powered by ferrite magnetic motor, 0.5/0.7 Mpa pressure feeding, 43~60db noise level, adjustable pressure, workflow 0.6~5.5 Liter per minute, max current 1.4~5.5A of this ro water pump.

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Pump

Transmitter

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50 GPD RO Pump

Pressure Booster Pump
Work Flow: 0.6L/min
Work Pressure: 0.5 Mpa=72.5Psi
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75 GPD RO Pump

Pressure Booster Pump
Work Flow: 0.75L/min
Work Pressure: 0.5 Mpa=72.5Psi
Noise Level: ≦43db
Max Current: ≦1.3A
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100 GPD RO Pump

RO booster pump 100 GPD
Work Flow: 0.98L/min
Work Pressure: 0.5 Mpa=72.5Psi
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150 GPD RO Pump
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200 GPD RO Pump

Pressure Booster Pump
Work Flow: 1.8L/min
Work Pressure: 0.5Mpa=72.5Psi
Noise Level: ≦50db
Max Current: ≦2.5A
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300 GPD RO Pump

Pressure Booster Pump
Work Flow: 2.6L/min
Work Pressure: 0.5 Mpa=73Psi
Noise Level: ≦53db
Max Current: ≦3.2A
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400 GPD RO Pump

Pressure Booster Pump
Work Flow: 2.95L/min
Work Pressure: 0.5Mpa=72.5Psi
Noise Level: ≦56db
Max Current: ≦4.0A
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500 GPD RO Pump

Pressure Booster Pump
Work Flow: 2.95L/min
Work Pressure: 0.5 Mpa/0.7Mpa
Noise Level: ≦55db
Max Current: ≦4.2A (24V)/2.5A (36V)
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600 GPD RO Pump

Pressure Booster Pump
Work Flow: 3.6L/min /3.2L/min
Work Pressure: 0.5 Mpa/0.7Mpa
Noise Level: ≦55db
Max Current: In Specifications
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800 GPD RO Pump

Pressure Booster Pump
Work Flow: 5L/min or 4L/min
Work Pressure: 0.5Mpa / 0.7Mpa
Noise Level: ≦60db
Max Current: ≦4.0A
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1000 GPD RO Pump

Pressure Booster Pump
Work Flow: 5L/min or 4.5L/min
Work Pressure: 0.7Mpa
Noise Level: ≦60db
Max Current: ≦5A
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1200 GPD RO Pump

Pressure Booster Pump
Work Flow: 5.5L/min
Work Pressure: 0.7Mpa
Noise Level: ≦60db
Max Current: ≦4.5A (two head) / ≦4.0A(one head)
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1500 GPD RO Pump

Pressure Booster Pump
Work Flow: 6L/min
Work Pressure: 0.7Mpa
Noise Level: ≦60db
Max Current: ≦6A

High-Performance LEFOO RO Booster Motor Pump

The RO booster motor pump is optimal for water purifiers. Easy to install booster pump for osmosis devices. The RO motor booster pump increases the pressure to 5-7 bar (75-100psi), which greatly improves RO water quality and quantity. The increased pressure also allows the membrane to work more efficiently often giving a lower TDS in the RO product water.

Reverse osmosis is a pressure application process. Pressure is proportional to the efficiency of the RO water system, and also the power consumption. Low pressure feeding a reverse osmosis membrane can cause more rejected water and less RO drink water. If the water pressure is much lower than RO semi- membrane requirements, then adding a booster pump for the osmosis system is quite vital. Residential water pressure tends to range between 45 and 80 psi (pounds per square inch).

How to Select RO Booster Moror Pump From LEFOO

In Lefoo, The RO Self-Priming Water Pump LFP1075S,1075 means the ro water pump can be used on water purifier75 GPD, with vacuum pressure that is able to transfer water where the static water resource. The Economic RO Self-priming Pump LFP1075S-P is the price cut version The Residential Booster ro water Pump LFP1075J means this ro motor pump is smaller in size when compared to LFP1075S; LFP1075W means this ro water pump can set with adjustable pressure. Voltage: 24VDC

News & Blog

03 Aug 2026
Engineering Factors That Shape Water Filter Booster Pump Performance in RO Systems
In an RO water purification system, filtration performance is not determined by the membrane alone. Behind every stable output of purified water is a carefully balanced pressure environment, where the...
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Optimizing Booster Pump Performance for Different RO Water Purification Systems
The performance gap in an RO purification system is often created before filtration even begins. While attention is usually focused on membrane quality, filter stages, or water source conditions, pres...
30 Jul 2026
Enhancing RO Water Output Efficiency With Advanced Booster Pump Technology
Reverse osmosis (RO) purification technology has become one of the most widely used methods for producing clean and high-quality drinking water. However, the performance of an RO system depends heavil...
28 Jul 2026
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Handling challenging fluids in modern industrial processes requires more than simple liquid transfer. Fluids with high viscosity, strong chemical activity, or strict contamination control requirements...