At first, you would think that there is no better pump because both pumps are used in completely different situations. However, you will soon discover that there are several things that make the pump better.

　　Jet pump

　　As we all know, jet pumps are ideal for shallow wells and areas with high groundwater levels, and you don’t need a deep well to reach the surface. Most importantly, the main components of the jet pump are placed on the ground near the well and will not be submerged. This type of pump uses diffusers and impellers to evacuate water from the well and into the pipeline.

　　Submersible Sewage Pump

　　You have learned almost everything about Submersible Sewage Pump. They are submerged near the bottom of the well and use existing pressure to push the water out of the well and into the water tank or your home. One part of the Submersible Sewage Pump is a sealed electric pump, while the other part is composed of stacked impellers. The continuous up and down movement of these impellers pushes the water to the ground.

　　Which one is better?

　　First of all, as we mentioned earlier, submersible pumps are self-priming. Obviously, the jet pump must be primed before it can be used effectively. Therefore, choosing a submersible pump will save you a lot of time. Most importantly, as we all know, jet pumps will stop working because they lose power!

　　In addition, the pressure of a Submersible Sewage Pump from a Submersible Pump Supplier can be 30% faster than a jet pump. In this regard, submersible pumps save more energy than jet pumps. The former does not have to fight against gravity but actively utilizes gravity and does not require atmospheric pressure. This creates an energy-saving, quiet pump.

　　Finally, because the Submersible Sewage Pump has a sealed pump and motor, it requires almost no maintenance. Corrosion will not form inside the submersible pump, so a lot of maintenance costs can be saved. Naturally, jet pumps are likely to be affected by corrosion or leakage along the rotating shaft and many more problems.