Positively Potent Pump - Enhance Blood Circulation and Muscle Strength

Positively Potent Pump is a device designed to assist with improving blood circulation and muscle strength in the body.

Positively Potent Pump FAQ

How does a positive head shower pump work?

A positive head shower pump relies on gravity to feed cold water from the storage tank to the pump, kick-starting the impellers into action. For a positive head shower pump to work, the top of the shower head must sit at least 600mm below the cold water tank.

How to choose a positive or negative shower pump?

Well, to make a decision between a positive and negative shower pump, all you need to do is measure the distance between your cold water tank in the loft and the shower in your bathroom. Take a look at the graphic below. As you can see, there are two bathrooms on different levels.

Should I choose a positive or negative head pump?

The choice of positive or negative head pump depends on the water system you have in your house. Here’s a guide to understanding the differences. A positive head pump is designed to be fed by gravity.

Do I need a positive head shower pump?

If the shower is more than 600mm, about two rulers, below the cold water tank, then you need a positive head shower pump. If the shower is less than 600mm below the cold water tank, then you need a negative head shower pump. Back to top What else do you need to consider? Do I need a single or twin impeller pump?

What is a positive displacement pump used for?

These pumps are used in food processing and industrial applications. Positive displacement pumps, no matter your choice, offer advantages such as accurate flow control, self-priming capability and the ability to handle viscous fluids. SPX FLOW offers a broad portfolio of positive displacement pumps.

How do I choose a positive displacement pump?

When selecting a positive displacement pump, industrial buyers need to consider the pump performance and pump type. When selecting positive displacement pumps, there are a few key performance specifications to consider, namely flow rate, pressure, power, and efficiency.

Why are positive displacement pumps more common than kinetic pumps?

These pumps are able to handle viscous fluids, which flow at lower speeds and create more resistance, more efficiently than kinetic (dynamic) pumps. The main reason positive displacement (PD) pumps are not more common than dynamic pumps is because they cannot achieve the high flow rates often required for industrial applications.

What is positive displacement pump theory?

Positive displacement pump theory explains the theoretical principles of positive displacement pumps and they are basically simple. For each working cycle or each revolution or stroke, a certain quantity of fluid is enclosed and transported from the pump intake to the pump outlet irrespective of counter-pressure.