How does A Pressure Tank work inside a Pump System?
When the tap shuts, then the water stops flowing and the pressure in the system builds. When the pressure reaches the “off” setting of the switch or controller, then this turns the pump off and the pipes remain pressurized. 

Aquasky has been a member of NSF since 1998. Every pressure tank we build is qualified by NSF drinking water standards and structure safety (NSF 58 and NSF 61). With NSF standard, Aquasky pressure is lead-free, Nitrosamine free and Plasticizer free. About safety, the Aquasky pressure tank is built to contain 3 times maximum working pressure to ensure user safety. 

NSF Structure Test Passed｜Aquasky is the world leader in pressure tank safety

Aquasky successfully passed the NSF 5-year Structure Test. Aquasky is the world leader in pressure tank safety.

Pressure tanks are essential components of water systems, helping to maintain consistent water pressure and reducing the wear and tear on pumps. Properly setting the air pressure inside your pressure tank is crucial for the system's efficiency, longevity, and overall performance. Here, we will guide you through the steps to correctly set the air pressure inside your pressure tank, ensuring optimal performance.

How to select Pressure Tank Size? There are three most important devices inside a water pressure booster system:  water pump, pressure tank and pressure control switch. Installing a pressure tank inside a water pressure booster system can minimize on/off pump cycling and save electricity.