Pressure Booster Pumps Manufacturers & Suppliers in India

What is a Pressure Booster Pump?

A pressure booster pump is used to increase water pressure in homes, buildings, factories, and other setups where the natural water pressure is too low. It ensures smooth, steady, and strong water flow in showers, taps, and other water systems.

Uses of a Pressure Booster Pump:

Residential Homes

Commercial Buildings

Industrial Use

Irrigation Systems

Water Supply Networks

How Does a Pressure Booster Pumps work?

A pressure booster pump increases the pressure and flow of water in a plumbing system. It is mainly used in places where the water pressure is too low for daily needs

Here’s how it works step by step:

Working Process of a Pressure Booster Pump :

1. Water Intake (Suction):

The pump pulls water from a tank, overhead storage, or pipeline using its suction connection.

2. Impeller Movement:

Inside the pump, a fast-spinning impeller increases the water’s velocity and pressure, just like fan blades increase airflow.

3. Pressure Increase:

The pressurized water is pushed into a pressure vessel or directly into the pipeline, depending on the pump design.

4. Outlet Flow:

The water, now under ,high pressure, exits the pump and flows smoothly to taps, showers, and appliances.

5. Automatic Shut-Off:

Once the required pressure is reached, the pump automatically shuts off to save energy and avoid damage.

How It Boosts Water Pressure

A booster pump works much like a fan, but for water. The internal impeller blades spin to push water faster and with more pressure. Most pressure booster pumps are centrifugal pumps, which increase pressure by moving water through one or more impellers.

After boosting, the high-pressure water is sent through the outlet for use in your home, apartment, building, or industrial system.

What does a Pressure Booster Pump do?

• Water is forced through the pipes more quickly thanks to Pressure booster pump increased water pressure. However, bear in mind one pump curve: the flow rate reduces as the required pressure to carry the water increases.


• Pressure booster pump transport water from lakes, ponds, or storage tanks for usage in residential or commercial structures. They can raise low water flow in industrial facilities or water systems. A Pressure booster pump is required to add low water pressure to a home if the city water supply does not provide enough pressure. A sizable commercial Pressure booster pump will be required by a hotel in order to supply water to every story.


• Repressurizing water in storage tanks and distributing it to faucets or other areas of the house is another usage for booster pumps. For instance, water is gathered in a storage tank in a rainwater collecting system. The water needs to be pumped from the tank into the house so that it may be used for things like washing clothes or flushing the toilet. To transfer the water, a booster pump will be used.

How to choose Pressure Booster Pump?

Choosing the right pressure booster pump depends on your water pressure needs and the type of building:

Single-stage pressure booster pumps are best for:

Small homes or residential buildings

Places with mild water pressure requirements

Applications where water doesn’t need to travel far or uphill These pumps are simple , cost-effective for standard home us

Multi-stage pressure booster pumps are ideal for:

Large residential complexes or multi-story buildings

Areas with very low water pressure

Locations where water must travel long distances or uphill

Supporting city water systems or large plumbing networks These pumps are powerful and maintain high pressure over longer distances.

Home Pressure booster pump :

A home pressure booster pump is used to increase water pressure throughout an entire house using a single pump. It is especially helpful in homes where water comes from a low-yield well or when the water supply pressure is too weak to meet daily needs.

In many homes, well water may not recover quickly enough to supply water at a consistent flow. In such cases, the well fills a storage tank slowly over time. A pressure booster pump then draws water from this tank and pushes it into the home at the desired pressure level.

This setup ensures that all faucets, showers, and household appliances receive a steady and powerful water supply, even if the well cannot produce high flow on its own.

Key Benefits:

Increases pressure in all areas of the house

Ensures smooth water flow from low-recovery wells

Ideal for private well systems with storage tanks

Improves water delivery to showers, taps, and appliances

Works automatically to maintain consistent pressure

Pressure Booster Pumps with Expansion Tanks:

A Pressure booster system can be enhanced by hydro-pneumatic storage tanks or expansion. As the tank fills up, it gives the water more room to expand and keeps the booster pump from turning on and off with every faucet turn. When starting up, a pump driven by a flow switch could stutter. This hesitancy can be avoided with a tiny expansion tank. A drawdown is the volume of water that a larger tank can contain. Prior to the pump being restarted, this water is pumped out of the tank. In a private well system, a larger tank might give a drop volume that greatly minimizes pump cycling.

The fact is that selecting the appropriate Pressure booster pump can be challenging. A number of things need to be taken into account, including the state of the pipes and the pressure head needed to suit your needs.

A Pressure booster pump is the ideal option if your low water pressure isn't the result of a leak or if you require more water pressure for a specific use.

How to install a Pressure booster pump?

Installing a pressure booster pump is essential in areas with low water pressure. A proper installation ensures consistent water flow and prevents damage to plumbing systems.

Installation Steps:

1. Choose the Right Location

Install the pump on the main water line, ideally where water enters your home or building. This ensures maximum pressure boost across the entire system.

2. Connect Inlet and Outlet

Attach the inlet to the water source and the outlet to your plumbing line. Make sure the fittings are leak-proof for stable performance.

3. Choose the Right Location

Add a bypass valve beside the pump. This allows water to flow even if the pump fails or needs maintenance, ensuring no disruption in supply.

4. Choose the Right Location

Before finalizing, test the system for any leaks or pressure drops. Leaks may cause the pump to cycle on and off rapidly, leading to wear.

5. Choose the Right Location

Choose between a pressure switch, flow switch, or a combination system to start the pump automatically when water is used.