Buy Pressure Booster Pump for Home Online at the Best Price
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Booster Pumps

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Buy Top Energy Efficient Pressure Booster Pumps at Reasonable Prices

Booster pumps are appliances used to raise the fluid flow systems' existing pressure. They assist pumping systems in overcoming high system heads and achieving excellent flow rates. Typically, booster pumps are employed in low-waste contaminated water systems or applications. They are engaged in several sectors, including aviation, mining, and food preparation, and have multiple business, municipal, and military use.


Booster pumps are combined with other pumps; they cannot independently move fluid in a system. They are solely intended to "enhance" an existing pumping network efficiency. Booster pumps are pressure pumps since they pull and move fluid using one or more impellers. Booster pumps can run on either gas or electricity. In most cases, the Electric Booster Pump is mounted on top of the well and is wired to an electric source. A Gas-Powered Booster Pump is often attached to a natural gas supply line and set on a concrete platform.


These pumps may be the horizontal split case, multistage, end suction, or vertical turbine, depending on the flow and pressure requirement, These pumps generally work within the following ranges:


  • Flow rate ranges between 5 and 10000 gpm
  • Horsepower ranges between 1 and 5000 HP
  • Total pressure ranges between 200 and 7500 ft


Booster Pumps – Perfect Way to Combat Low Pressure

Booster pumps, as the name itself indicates, are used to boost limping water pressure. These pumps find their applications in both, residential, as well as commercial/industrial purposes. The modus-operandi of these pumps is pretty plain-sailing, priming pushes the fluid to the pumping chamber to create a pressure differential; which helps in accelerating water into the pipes, and hoses in an instant. Moreover, booster pumps make and maintain sufficient vacuum levels to draw fluid into an inlet, sans any external assistance.


What are the Various Types of Pressure Booster Pumps? 

Single-stage Booster Pump: As its name implies, this pump raises the pressure of water or other liquids in a single step. Single-stage pumps raise the liquid's pressure using just one impeller. Although it needs less installation area than a multi-stage pump, it is less reliable.


Multistage Pressure Pump: Multi-stage pumps transport pressurised fluid from an initial phase to succeeding compartments or stages of pressurisation to achieve higher pressure levels than single-stage pumping. In most cases, the pressure gauge is included on single-stage and multi-stage pumps.


Inline Pressure Booster Pump: The inline pressure booster pump is ideal for increasing water pressure in your house or workplace. This pump has an automatic shut-off mechanism that guards against harm if the water pressure rises too high. The simple single-phase design makes it an attractive option for people with little to no expertise with water pressure pumps.


When Do You Need a Booster Pump?

Low water pressure is probably one of the main reasons behind your yen to buy a booster pump! Water pressure, not to be confused with water flow at the tap, is nothing but simply the force that propels water through the piping system to reach fixtures in the building unit. Although, there are many ways to improve water pressure; the best one? Undeniably by using booster pumps! People like to have consistent water pressure while doing their day-to-day chores; sans which it becomes conceivably harder to execute tasks, clutching away the ease, and comfort in an instant. However, we have a solution for it!


Features to Consider Before Buying Pressure Pumps Online

  • Flow rate: This describes the water pressure pump's efficacy in general. The term "flow rate" describes how long a water pump takes to move a specific volume of water, often expressed in liters per minute. A pump may accommodate any residential use with a flow rate of between 100 and 200 liters per minute.

  • The size of the inlet: Inlets for most pumps range from 1 to 6 inches. However, they can occasionally be more prominent. Like booster pumps, centrifugal pumps draw water in via the inlet and discharge it through the output valve. In such a situation, the pump can pump out more water and complete the task more quickly with the larger size of an input valve.

  • Maximum head: This is a crucial aspect to consider when buying a water pump. A pump's ability to drain water from a height is determined by its maximum head. The water pump's head length determines how much size it can lift water too.

  • Pressure: The force used to pump the water is the pressure. You can compute the pressure if you know the pipe's size, length, and fittings. Friction losses and the equipment in the system are additional variables. You could think about getting a pressure booster pump if your water pressure is poor. These pumps are utilised to raise the pressure of the water flow.

  • The quality of the pump: The water pressure pump's brand should be considered initially. The engine or motor can also determine the quality of the pump. Make the appropriate inquiries and surveys on the standards for a water pump.

  • Energy Efficiency: There are several driving systems for booster pumps. The systems must have effective functioning to lower operating energy expenditures.

Different Brands of High Pressure Water Pumps

  • Crompton High Pressure Water Pumps: People who know a lot about pressure pumps, Crompton has been making these kinds of models for more than a hundred years. Crompton makes pumps that can be used in both homes and businesses. Crompton makes their pressure pumps with the customer in mind. They offer horizontal multistage pressure booster pumps, 1HP pressure booster pumps, MINI FORCE-II pressure booster pumps, and forcehead pressure booster pumps. Crompton makes pumps that work well and doesn't cost too much. The Crompton range of pumps is made with the end user's needs in mind. Each Crompton pressure pump comes with a "No Hassle" 5-Year Warranty and is made to last in harsh conditions.

  • Wilo Pressure Booster Water Pumps: Wilo is a German company that designs and makes pumps, motors, and systems for homes, businesses, and other places worldwide. The company's products are used in all parts of the water and sewage industries and in agriculture, forestry, and water delivery to cities and rural areas. Wilo has a huge European market share and does business in over 100 countries.

  • V-Guard Water Booster Pumps: V-Guard pumps are the most well-known brand in the world. They make high pressure pumps that are used in many different industries. Their pumps are made to work in different conditions and to put out high-pressure water pumps with little power. They are known for having great customer service and being reliable and long-lasting.

  • CRI pressure pump: CRI's patented technology is used to make CRI Pressure Pumps for water tanks. The result is a pump that is made to work even in the most difficult situations. Their best booster includes inline pressure pumps for the water tanks. Each booster pump uses several steps: modeling, simulation, and analysis. This ensures that the booster pumps meet the highest standards for how well they work.


Why Choose High Pressure Booster Pumps Online from Moglix?

Pressure booster pumps are employed to raise the piped water pressure. They are typically used in locations with low water pressure or when additional water pressure is required. It's crucial to consider a few aspects when purchasing a water pump to ensure you're getting a functional item. Moglix is here, so don't be worried. The leading brands of booster pumps are available at competitive costs on Moglix. Depending on your needs, you may pick from various booster pumps. Moglix makes things extremely simple for you right now and whenever you need them by providing booster pumps for water tanks from the most well-known manufacturers. Hurry up! Pick your phone and order now. 

Frequently Asked Questions about Booster Pumps

How long should I run my booster pump?

The best advice is that you should not exceed 15 cycles per hour (1/h) unless your pump is capable of doing so. It's common to have 6-8 on/off cycles per hour per pump. Long, infrequent run times are preferable.

Why use a booster pump in a thermal power plant?

The booster pumps raise the feedwater suction pressure to meet the main boiler feed pump's NPSH requirements. Compressor pumps gather saturated water from the hot well and return it to the boiler feed pump or to a heater.

Booster Pumps - Price Range

This data was last updated on 2/1/23.