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Piston Pumps
(428 products available)Piston pumps are fluid handling systems that handle pumped fluid delivery with the precision of pressure and flow accurately and reliably for industrial applications. Piston pumps utilize a reciprocating cylinder to pump liquefied fluids under high-pressure and high-flow conditions. Piston pumps are an excellent solution for industries within oil and gas, agricultural, and manufacturing applications. Piston pumps include a piston (along with seals and abrasion-resistant surfaces) to operate much more smoothly with very little leakage and minimal wear. Long-term durability is a significant patented feature of piston pumps. The variable pressure feature helps to meet each person’s specific needs and maximizes productivity. Piston pumps are compact and heavy-duty, permitting simple installation and maintenance to reduce waste of processing fluids and create high efficiency with limited energy use. Piston pumps are made in manual, semi-automatic, and fully automatic versions to accommodate your fluid handling process, available from small-scale operations to large-scale industrial processes. Piston pumps have an easy-to-use control interface, allowing even novice users to quickly adopt an understanding to utilise the piston pump for consistent and precise transfer of fluids. Designed for durability, output optimisation, and minimal maintenance, it is your best option for high-pressure pumped fluid transfer for those who are professionals involved in fluid handling or processing applications. You can find the latest and best piston pump offerings here at Aajjo. Read more
Piston Pumps Products, Price, Specifications & Features
Axial Piston Hydraulic Pump New And Repair
₹ 55,000
Get Best Price| Application : Industrial Machinery, Construction Equipment, Mobile Hydraulics |
| Available : In Stock |
| Business Type : Manufacturer, Supplier |
| Country of Origin : India |
Rajdhani Service Pump Single Piston Pump Rsp 1
₹ 6,930
Get Best Price| Brand: Rajdhani |
| Availability : In Stock |
| Body Material : Stainless steel |
| Brand : RAJDHANI |
| Max Flow : 6 L/MIN |
Rexroth A2Fo107 Hydraulic Pump
₹ 1,08,500
Get Best Price| Availability : In Stock |
| Country of Origin : Made in India |
| Flow Rate : 50 LPM |
| Power : ac |
₹ 2,74,000
₹ 2,45,000
75 Number HTP Pump 3 HP Motor Single Phase, For Industrial
₹ 75,500
Get Best Price| Capacity : 15 kg |
| Cooling : Air Cooled |
| Country of Origin : Made in India |
| Frequency : 50 Hz |
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Pratissoli High Pressure Triplex Piston Pump, Max Flow Rate: 20 Lpm
₹ 79,000
Get Best Price| Brand : Pratissoli |
| Max Flow Rate : 20 lpm |
AC Powered Hydraulic Piston Pump, Size: 1/2 inch
₹ 30,000
Get Best Price| Discharge : 100 LPH |
| Material : Mild Steel |
| Motor Horsepower : 1 HP |
| Motor Speed : 2000 RPM |
₹ 4,560
JS205 Hydraulic Main Pump K3V112DT JS200 JS210 JS240 excavator pump assy
₹ 1,50,000
Get Best Price| Flow Rate : 30 LPM |
| Max Flow Rate : 250 LPM |
| Payment Mode : Advance |
| Power Source : Hydraulic Drive |
ARO Ingersoll Rand Ingersoll Rand lube oil Pump
₹ 25,000
Get Best Price| Availability : In Stock |
| Capacity(kg) : 50 kg |
| Color : Silver |
| Head : 500 Bar |
Bezares Bent Axis Piston Pump, Hydraulic Drive, Model Name/Number: Fr 60
₹ 25,000
Get Best Price| Brand : Bezares |
| Circuit Type : Single Fixed and LS type |
| Displacement Geometric, Per Revolution : 20cc to 110 cc |
| Displacement Version : Fixed |
bengaluru, Karnataka
₹ 50,000
A2FO200/61RVBB05 Hydraulic Bent Axis Pump, For Industrial, AC Powered
₹ 1,20,000
Get Best Price| Brand : Rexroth |
| Color : Blue |
| Material : Iron |
| Model Number : A2FO200/61RVBB05 |
GOORUI Muffler Silencer
₹ 35,000
Get Best Price| Automation Grade : Semi-Automatic |
| Availability : In Stock |
| Max Flow Rate(Litre/Min) : 20 LPM |
| Motor Horsepower : 2 HP |
Piston Pump Set
₹ 5,000
Get Best Price| Discharge Pressure : 36 LPM |
| Modal : Piston Pump Set |
| Motor Horsepower : 1.5 HP |
| Pressure : 300 PSI |
Vickers Piston Pump
₹ 27,000
Get Best Price| Material : Cast Iron |
| Modal : Vickers Piston Pump |
| Model Name/Number : PP-01 |
| Power : 2 HP |
Piston Pump with Motor Pump Set
₹ 13,500
Get Best Price| Line Connections : 2 |
| Model Name/Number : MODEL NO DW 900/2-170F |
| No. Of Pistons : 3 |
| Recommended Order Quantity : 1 |
Radial Piston Pumps Hydraulic Pump
₹ 3,000
Get Best Price| Availability : In Stock |
| Discharge : 50-70 LPH |
| Material : MS |
| Motor Horsepower : 1-30 HP |
Captain Stainless Steel Piston Pumps, For Industrial
₹ 30,000
Get Best Price| Brand : Captain |
| Colour : Multi |
| Control Panel : Required |
| Deal In : New Only |
Manual Piston Pumps
₹ 4,500
Get Best Price| Brand: ARSH |
| Automation Grade : Manual |
| Availability : In Stock |
| Body Material : DEKCHUN |
| Brand : ARSH |
Axial Piston Pump
₹ 30,000
Get Best Price| Country of Origin : Made in India |
| Flow Rate(Litre/Minute) : 50 LPH |
| Recommended Order Quantity : 1 |
Desmi Pump - Sa 35-135/12 A-7-h With Motor
₹ 9,999
Get Best Price| Brand : Desmi |
| Model Name/Number : SA 35-135/12 A-7-H |
Annovi Reverberi Triplex Piston Pump
₹ 13,500
Get Best Price| Modal : Annovi Reverberi Triplex Piston Pump |
| Model Name/Number : High Pressure |
| Power Source : Electric |
Yeoshe Hydraulic Piston Pump
₹ 36,000
Get Best Price| Flow : 45 |
| Material : Cast Iron |
| Modal : Yeoshe Hydraulic Piston Pump |
| Power : Hydraulic |
Piston Ram For Concrete Pump
₹ 3,250
Get Best Price| Brand/Make : OEM Make |
| Diameter : 2-3 inch |
| Material : Rubber |
| Model Name/Number : RAM |
3 Hp Three Piston Pump, Warranty Period: 6-12 Months
₹ 11,800
Get Best Price| Control Panel : Required |
| Delivery Time : 1 - 2 days |
| Flow : 23 L/MIN |
| Maximum Pressure : 55 kg |
Hawe Hydraulic Pump
₹ 3,85,000
Get Best Price| Flow Rate : 50 LPM |
| Max Flow Rate : 300 LPM |
| Power Source : AC Powered |
| Power : 5 HP |
AC Powered Industrial Hydraulic Piston Pump, 71 Cc
₹ 35,000
Get Best Price| Automation Grade : Semi-Automatic |
| Features : Rust Proof |
| Frequency : 50Hz |
| Material : Cast Iron |
Mild Steel MS Concrete Pump Piston
₹ 1,800
Get Best Price| Color : Black |
| Finish : Color Coated |
| Material : Mild Steel |
| Model Name/Number : 2405 |
Axial Flow Propeller Pumps, 3 HP
₹ 55,556
Get Best Price| Automation Grade : Semi-Automatic |
| Availability : In Stock |
| Brand : K-TECH |
| Coil Voltage : 412v |
Daikin V38SAJS-BRX-95, For Constraction
₹ 35,500
Get Best Price| Brand : Daikin |
| Discharge : 70-100 LPH |
| Material : Cast iron |
| Model Name/Number : V38SAJS-BRX-95 |
Daikin- V23c13rjax-35 Piston Pump
₹ 37,900
Get Best Price| Adjustment Range (Flow @ 1800 rpm) : ~12 – 41.4 L/min |
| Availability : In Stock |
| Control Methods Available : Pressure compensator, combined pressure/flow, electronic options, etc. |
| Control Type : Pressure comp |
₹ 28,600
Mild Steel & Rubber Schwing Concrete Pump Piston RAM
₹ 3,000
Get Best Price| Availability : In Stock |
| Country of Origin : Made in India |
| Finish : Color Coated |
| Material : Mild Steel & Rubber |
Hydraulic Piston Pump
₹ 3,000
Get Best Price| Automation Grade : Automatic |
| Discharge : 70-100 LPH |
| Material : Mild Steel |
| Modal : Hydraulic Piston Pump |
2RP Radial Piston Pump
₹ 15,000
Get Best Price| Automation Grade : Automatic |
| Material : Mild Steel |
| Modal : 2RP Radial Piston Pump |
| Motor Speed : 2000 RPM |
Hydraulic Piston Pump
₹ 10,000
Get Best Price| Availability : In Stock |
| Country of Origin : Made in India |
| Flow Rate : 10 LPM |
| Material : STEEL |
Cast Iron Hydraulic Piston Pump, Packaging Type: Box, 4000 RPM
₹ 40,000
Get Best Price| Availability : In Stock |
| Flow Rate : 40 LPM to 250 LPM |
| Material : Cast Iron |
| Motor Speed : 4000 RPM |
1 HP SVPDF-40-40-70 (DOUBLE VARIABLE PUMP), For Industrial, Hydraulic Drive
₹ 32,524
Get Best Price| Availability : In Stock |
| Flow Rate : 10 LPM |
| Max Flow Rate : 250 LPM |
| Power Source : Hydraulic Drive |
2 HP Variable Displacement Axial Piston Pumps, AC Powered
₹ 1,00,000
Get Best Price| Availability : In Stock |
| Body Material : Mild Steel |
| Displacement Version : Fixed |
| Flow Rate(Litre/Minute) : 10 LPH |
₹ 5,50,000
₹ 1,00,000
Triplex Piston Pump
₹ 90,000
Get Best Price| Head : Single |
| Horsepower : 2 HP |
| Max Flow Rate : Upto 10LPM |
| Modal : Triplex Piston Pump |
Rexroth A4VSO Axial Variable Piston Pump, AC Powered, For Industrial
₹ 1,75,000
Get Best Price| Brand : Rexroth |
| Flow Rate(Litre/Minute) : 30 LPH |
| Material : Cast Iron |
| Max Flow Rate : 50 LPM |
5 HP Hydraulic Piston Pump, For Industrial
₹ 2,50,000
Get Best Price| Delivery Time : READY |
| Displacement Version : Variable |
| Max Flow Rate : 150 LPM |
| Power Source : Hydraulic Drive |
Parker Axial Piston Variable Pump
₹ 32,000
Get Best Price| Availability : In Stock |
| Brand : Parker |
| Flow Rate(Litre/Minute) : 40 LPH |
| Max Flow Rate : 300 LPM |
Pratix 2HP High Pressure Piston Pump, For Industrial, AC Powered
₹ 5,500
Get Best Price| Brand : Pratix |
| Frequency : 50Hz |
| Head : 10 m |
| Material : Mild Steel |
Eaton Hydraulic Piston Pump
₹ 95,000
Get Best Price| Modal : Eaton Hydraulic Piston Pump |
| Motor Speed : 3000 RPM |
| Power Source : Electric |
| Power : 3 HP |
3 HP Daikin V15 Series Piston Pump, For Hydraulic Equipment, Hydraulic Drive
₹ 45,000
Get Best Price| Brand : Daikin |
| Displacement Version : Variable |
| Drain Pipe Length : 1m |
| Head : 10 m |
₹ 4,25,596
₹ 3,35,599
Top Piston Pumps Manufacturer and Supplier
Frequently Asked Questions about Piston Pumps
What is a piston pump?
A piston pump is a kind of pump working on the principles of a piston in moving fluids. It is able to transfer mechanical energy to hydraulic energy. Pressure that makes fluid move comes from the motion of the piston operating inside the cylinder and pushing or pulling it back. Fluid pulls into one side as it goes in a direction and then pushes out through another side as it goes back in the other direction. Piston pumps generate a high pressure in hydraulic systems, which makes them efficient and reliable due to their consistent flow and pressure. They can make use of the different types of fluids available, such as oil-based and water-based liquids. Major categories include axial piston pumps and radial piston pumps. Both have the principle behind the working that involves a moving piston with the fluid. The two are differently designed and thus applied.
What are the advantages and disadvantages of piston pumps?
Piston pumps are very efficient. They produce high pressure. This makes them ideal for heavy-duty applications. These pumps ensure a constant flow rate. They can be relied on in many applications. They can be used with many fluids, either oil or water-based liquids. They are long-lasting and do not break down easily if cared for. But piston pumps have some disadvantages. They tend to be more expensive than other kinds of pumps. In addition, they may be more complex designs, which makes maintenance and servicing quite difficult. Piston pumps can be rather noisy when operational, especially under high pressure. More energy could be required for them to be operated, thus increasing costs on the operational end. Piston pumps are sensitive to contamination. Liquids in the system should be clean. If fluids are contaminated, they will destroy the pump. Still, the piston pumps have found applications everywhere. The pump is dependable and performs very well.
What is the theory of piston pump?
The theoretical basis of a piston pump is basically converting mechanical energy into hydraulic energy. The piston moves within a cylinder to achieve this purpose. Movement of this piston creates pressure to move fluid. Since it reciprocates with a back-and-forth motion, pressure is created that makes fluid move. In one direction, the piston draws fluid into the cylinder. In the other direction, the fluid is pushed out by the piston. This process generates hydraulic system pressure with high magnitude. The fluid being moved is quantified by piston size and length of stroke. There are essentially two categories under which piston pumps fall: these are axial and radial piston pumps. Axial pumps have a line of pistons, and radial pumps consist of pistons in a circular pattern. Both types work on the same basic principle, but the design and application vary. The piston pump is effective for generating strong pressure in various hydraulic systems.
What is the difference between piston pump and centrifugal pump?
A piston and a centrifugal pump are for fluid movement and operate differently in the process of moving fluids around. A piston pump uses the movement of a reciprocating motion inside a chamber. This displacement creates pressure for the fluid, which is then directed. Piston pumps are identified by their highly pressurizing abilities and come in handy mainly for heavy duties. They excel in systems when precision control of flow is to be maintained within a system. A centrifugal pump moves fluid by using a spinning impeller. The impeller spins rapidly. This creates a force that pushes the fluid outwards. The fluid flows through the pump as the impeller spins. This develops pressure, which moves the fluid through the system. These pumps are generally used for low- to medium-pressure applications. Piston pumps are simpler and cost less than centrifugal pumps. However, they are not effective for high-pressure applications. Piston pumps are more useful for high-pressure applications. They can face strong forces and have very precise control. Centrifugal pumps are better suited for lower pressure, high flow applications. They are made so that large volumes of fluid can move at very low pressures.
What is the efficiency of piston pump?
All of this depends on the design, type of fluid used, and the operating conditions. Piston pumps are quite efficient. They convert mechanical energy into hydraulic energy. This conversion is done with relatively high efficiency. They achieve efficiency rates that range from about 85% to 95%. This is a good reason for their use in high-pressure applications. However, the efficiency can lower down if the pump is not properly maintained. For instance, contamination within the fluid or worn-out mechanical parts can diminish the efficiency of the pump. The fluid used even has an impact, as different fluids produce friction, consequently lowering the efficiency. Piston pumps are also sensitive to temperature and pressure. If these parameters exceed the limit range, performance is affected. Maintenance and proper use of fluids keep a piston pump running at a high efficiency level.
What is the performance of piston pump?
A piston pump usually gives good performance, especially in high-pressure applications. The pumps are designed to handle various types of fluids. They allow for accurate control of flow rates. Piston pumps are highly known for generating pressure. Piston pumps are perfect for demanding applications. Their performance is consistent over time. They can be maintained properly to keep them working well. If they are maintained properly, their performance does not deteriorate. Piston pumps are usually more efficient compared to other types. They are generally effective at a fixed pressure as they will ensure a constant flow. However, contamination in the fluid reduces their efficiency. In addition, wearing out of parts may reduce its performance. It may reduce the output pressure as well as influence temperature. It is possible only through proper maintenance. The performance of a piston pump is dependent on the design. Also, it is dependent on the hydraulic fluid's quality. Periodical maintenance is important too. All these factors affect how well the pump performs. If these factors are properly maintained, piston pumps perform reliably. They offer effective performance in various industrial applications. Proper maintenance ensures their efficiency.
What are the advantages of piston pump?
Piston pumps have advantages. They have high efficiency and are used to achieve a pressure of very high levels, hence suited for heavy-duty applications. Pumps with pistons offer a regular and dependable fluid flow even under various pressure conditions. Such pumps are also versatile, and a range of fluids can be handled through them, from oils to water and other liquids. Another thing, which is beneficial about the piston pump, is its ability to maintain accurate control over the flow rates. These pumps are ideal for applications requiring accuracy. This makes them perfect for hydraulic systems. They are also great for machines that need precise control. Further, their durability makes them last long periods of time if properly maintained. Another benefit is that piston pumps are strong enough to create high force, which means that they can lift or press. They are suitable for many industries. This includes automotive, construction, and manufacturing. Their reliability makes them a great choice. They also perform well in these industries. One more benefit of piston pumps is reliability and safety.
What is the concept of piston pump?
A piston pump is a mechanism to convey fluid. The movement of the piston moving within a cylinder generates pressure going either way; hence, it either pushes or pulls fluid within the system. Once the piston is moving in one direction, the fluid sucks within the inlet, while when moving opposite, the fluid is pushed out through the outlet. Thus, mechanical energy was converted to hydraulic energy for the transference of fluids. Pressure output in a piston pump is usually proportional to the size of the piston and the length of its stroke. The bigger the piston, the longer its stroke, the more pressure the pump will deliver. Piston pumps are one of the common high-pressure flow devices. Two general types of piston pumps are there. One type is axial-type pistons that lie in a straight line, and the other is radial-type, lying in a circular direction. Both axial and radial pumps use the same concept but are developed for different types of applications.
What is an example of a piston pump?
A prime example of the piston pump would be the automobile hydraulic braking system. Here, a depression caused by the application of the brake pedal forces the piston pump to create the appropriate pressure to force the brakes. The piston inside the cylinder generates pressure. It pushes brake fluid through the network. This pressure forces the brake pads onto the wheels. This action stops the vehicle. In this case, the piston pump must critically assist the system in generating enough force to conduct braking action. For example, one would see an application for a piston pump in heavy equipment, like a crane or a digger. These work off hydraulic systems where the pressure will be generated with a piston pump to move a fluid in a system to carry heavy loads or to lift large objects. The pistons move back and forth inside a cylindrical system. This movement generates energy. The energy powers lifting, tilting, or rotating motions. Due to the reliability and efficiency of this pump in high-pressure tasks, it is widely used in many industries.
What is the construction of piston pump?
A piston pump is made up of several major components that work together to move fluid. The main parts are the cylinder, piston, valves, and housing. The piston moves inside the cylinder. It moves back and forth. It fits snugly within the cylinder. As the piston moves, it creates pressure. The valve controls the fluid flow in and out of the cylinder. These housing parts contain the whole thing along with a casing that allows the fluid to be able to move through it. The piston generally attaches to the crankshaft or cam for a reciprocating motion. However, some do use a mechanism of a crank or cam mechanism to operate this motion of a piston, but others may make the hydraulic pressure push the piston back and forth. The piston pump can also come with a holding reservoir that houses the fluid. In addition, there can be a filter installed to prevent fluid contamination. To produce high-pressure levels, its construction is done for high-duty applications.
What is another name for piston pump?
Sometimes this equipment is termed positive displacement piston pumps. Its naming is self-explanatory, though a little detailed reasoning is found useful. First, the term suggests something about the piston moving inwards while displacing a definite volume. The pistons move inside the pump. This action displaces fixed amounts of liquid. First, the liquid is drawn into the chamber. Then, it is pushed outward. This creates a unidirectional, continuous flow of liquid. Such a pump, in some applications, is referred to as a reciprocating pump. The term comes from the movement of the piston. This back-and-forth action causes the pressure generated for transporting fluids in and out of the system. Piston pumps are mostly used in hydraulic systems and are also rather popular in vehicle brake systems. Moreover, several industrial devices use piston pumps to help high-pressure fluid flow. Piston pumps are a common choice since they guarantee consistent high-pressure delivery.
Who invented the piston pump?
Denis Papin invented the first piston pump. He was a French engineer and inventor. Papin created the pump in the late 1600s. He is credited as the pioneer of the piston pump. He engineered the basic principles of the pump. He already published several documents about steam engines and pressure vessels. Papin's designs showed the possibility of conversion of mechanical energy into hydraulic energy. Hence, even though the idea of a piston pump by Denis Papin, it continuously underwent changes by other engineers while still improving their models. The pump became more refined over time. Hydraulic systems were developed and applied in industries. These industries include manufacturing, construction, and automobiles. Other inventors and engineers, notably Joseph Bramah, further expanded the design over the years concerning piston pumps- especially with reference to hydraulic presses and other devices. These innovations helped shape the piston pump. The pump became an essential part of modern hydraulics. It continues to play a crucial role today. The piston pump is used in many industrial activities.
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