Internal structure of the RO booster pump

        Upper housing

Upper housing — The plastic top cover helps split the liquid flow and provides cavity space pressure for the booster pump.

Valving housing — Serves as a filtering function.

The valve housing between the layers serves a filtering function on the one hand, and generates negative pressure by vibrating with the motor on the other hand, to enhance suction to draw water into the pump cavity.

Secure the lower diaphragm and coordinate the up and down movement of the valve housing to generate negative pressure.

Diaphragm, used to isolate the motor and water, prevent water from entering the motor and causing motor damage.

Lower House can seal the motor to prevent water from entering the motor cavity

The motor rotates to drive the Tafelon gasket, and the Tafelon gasket drives the three Drive Assemblies to move up and down. The up and down motion

For the internal structure of the RO booster pump, the key is the cooperation between the various components. The top cover, valve body, motor, diaphragm and other components coordinate with each other, 

Using the motor to drive the piston movement to generate negative pressure, thereby achieving the water supply effect of the pump. Finally, the precise design and assembly of all the components together constitute an efficient and stable booster pump system. If you want to further understand the relevant content information about water Pressure pumps, you can click on the relevant links to learn.

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