Basic Introduction 

Diaphragm tanks are pressurized water vessels where the water and air are separated by a flexible diaphragm allowing the water to expand and absorb pressure surges.

In booster applications, diaphragm tanks can be used on both the discharge and the suction manifold. Connected to the suction manifold, a tank serves to counteract fluctuating inlet pressures.
 
Pressure in low flow periods
Diaphragm tanks are commonly used on the discharge manifold to provide water storage for the system in very low flow situations. It decreases the running time of the booster pumps, thereby making the system more energy effective.
 
Eliminates water hammer
Since the diaphragm is flexible, it is able to adjust to sudden pressure changes, thus counteracting water hammering.
 
When to use diaphragm tanks…
If low or no-flow conditions are expected, a diaphragm tank should be used to work in conjunction with the Stop Function of the booster system.
 
In areas where inlet pressure fluctuates, diaphragm tanks are often installed on the suction manifold to reduce damaging peak pressures

Main Feature 

Single diaphragm design 100% potable quality butyl.                                          
Patented 316 stainless steel connection.                                                              
Virgin polypropylene liner, so no water touches plain steel.                               
Internal clench ring becomes more secure at higher pressures.                      
High quality two part polyurethane, epoxy primed paint finish     
Brass stemmed air valve and O–ring sealed valve cap.                                        
NSF standard 61, CE / PED, WRAS approvals.                                                        
Maximum temperature up to 90 °C.                                                                          
Standard maximum pressure 150 PSI / 10 Bar.      Aqualeader ,we have appied 240 psi/16 bar
5 Year Warranty  

Technical Parameter