The high-pressure axial piston pumps HPCS series tailored to sea water reverse osmosis (SWRO) applications, like land-based, offshore, marine, and mounted in containers or trains. The high pressure pump for RO plant can be used individually or in parallel with multiple sets to secure uninterrupted and sufficient supply at any time.
The industrial high pressure water pump HPCW series tailored to tap water applications, like firefighting, dust suppression and water hydraulic. The piston axial pump use only water as lubricant, no oil is needed, and design simplely to ensure easy maintenance.
The high pressure pump for water HPCT series tailored to pure water applications, such as high-pressue cleaning and humidification. The high-pressure pumps offer reliability due to fewer moving parts.
Hydrostatic Axial Piston Pumps
a type of positive displacement hydraulic pump designed to generate high-pressure fluid flow using multiple pistons to a rotating shaft.
How An Axial Piston Pump Works：
A cylinder block rotates with the drive shaft; Several pistons move back and forth as the shaft rotates; The motion is controlled by a swash plate; Commonly used in high-pressure applications:
The HPC20-40 stainless steel piston pumps are completely oil-free clean systems, with water as the only cooling and lubricant, eliminating potential cross-contamination between lubricating oil and water. They are mainly made of 304 stainless steel and 316SS.
The HPC50-100 water high pressure pumps are completely oil-free clean systems, with water as the only cooling and lubricant, eliminating potential cross-contamination between lubricating oil and water. They are mainly made of the 304 or 316 stainless steel materials.
The HPC0.6-1.0 reverse osmosis high pressure pumps are completely oil-free clean systems, with water as the only cooling and lubricant, eliminating potential cross-contamination between lubricating oil and water. It belongs to the series of 0.6 -1.0 high pressure pumps for sea water.
High pressure salt water pump HPC5.1-10.2 are completely oil-free clean systems, with water as the only cooling and lubricant, eliminating potential cross-contamination between lubricating oil and water. It belongs to the series of 5.1-10.2 high pressure pumps for salt water.
The HPC10-12.5 high pressure fogging pumps are completely oil-free clean systems, with water as the only cooling and lubricant, eliminating potential cross-contamination between lubricating oil and water. They are mainly made of 304 stainless steel, and belog to the "T" pump series.
The HPC2-6.3 high pressure misting pumps are completely oil-free clean systems, with water as the only cooling and lubricant, eliminating potential cross-contamination between lubricating oil and water. They are mainly made of 304 stainless steel, and belog to the "T" pump series.
High pressure pump for RO plant HPC22-39 are completely oil-free clean systems, with water as the only cooling and lubricant, eliminating potential cross-contamination between lubricating oil and water. It belongs to the series of 22-39 high pressure pumps for seawater.
The HPC1.5-3.5 water maker high pressure pumps are completely oil-free clean systems, with water as the only cooling and lubricant, eliminating potential cross-contamination between lubricating oil and water. They are mainly made of 2205 Duplex stainless steel and 2507DSS.
Pressure relief valves (PRVs) are a pivotal part of pump systems and protect the equipment from the buildup of excessive pressure during operation. The SVW series pressure relief valve is designed for tap water, and for controlling the system pressure by draining off the surplus water from the pressure side.
RO high pressure pump for ZLD & MLD HPC11-13 are completely oil-free clean systems, with water as the only cooling and lubricant, eliminating potential cross-contamination between lubricating oil and water. It belongs to the series of 11-13 high pressure pumps for waste water.
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Safety Valve HSV
Safety Valve HSV
This valve is a safety valve, but depending on different pipeline designs, the valve can be pressure-regulated. Say, if the pipeline pressure is 16 MPa, the valve's flow rate can reach 350 LPM; if the pipeline pressure is 30 MPa, the valve's flow rate can reach 450 LPM.
Check Valve CVW
Check Valve CVW
Check valves are suitable for industrial water and seawater reverse osmosis applications. Both valves are made in corrosion resistant material which can handle high pressure and corrosive media.
Relief Valve SVW
Relief Valve SVW
Water pump pressure relief valve are used for protecting the components of a system against overload as a result of a pressure peak.
Electric Ball Valve
Electric Ball Valve
Electric ball valves are types of shut-off valves. Ball valves have lower resistance because opening a ball valve creates a pipeline.
Manual Ball Valve
Manual Ball Valve
High Pressure Reverse Osmosis Pump
High Pressure Reverse Osmosis Pump
High-pressure pumps are the core component of any Reverse Osmosis (RO) system. A high-pressure RO pump drives water through RO membranes for filtration.
Before we get into high-pressure pumps, it may help to take a step back and discuss water pumps on a more fundamental level. At their core, water pumps are designed to move water from one point to another. Read More
Humidification plays an important role in manufacturing processes to control electrostatic charges and dust and to ensure consistent temperatures in production and server rooms. Read More
① From a clean and environmentally friendly perspective:All friction pairs of the Nine Piston Pump are lubricated by water and do not contain a drop of lubricating oil, which is clean and environmentally friendly, while the traditional three-piston pump is a main shaft drive mechanism, which uses oi Read More
A relief valve or pressure relief valve (PRV) is a type of safety valve used to control or limit the pressure in a systemOn positive displacement pumps, a relief valve is normally required:Relief valve is always required for the positive displacement pump as it can theoretically generate infinite pr Read More
FAQs
"Min. Outlet Pressure (barg)" of 30 - does it mean we should not run the pump for extended time with an outlet pressure below 30 barg?
Theoretically not lower than 30 bar, actually lower than 20 bar cannot run for a long time. Do not run idling (that is, outlet zero pressure is not allowed), otherwise it will cause damage to the friction pair in the piston pump, and eventually the flow will become smaller.
Do you have any maintenance kits for the high-pressure pumps such as O-rings, gaskets, and similar?
Yes, Maintenance kits with piston pump are available on customers' request.
Can the piston pump inlet and outlet thread be customized to customers' specifications?
The G thread is sealed by the O-ring, which has no sealing function, and the thread does not have a sealing effect. As long as it is not a customized sealing thread, we can accept specification customization.
How do you determine the piston pump rotation direction?
The piston pumps are marked in the rotation direction. But motors can run forward or reverse. So, before starting, or when energizing and wiring, it is a must to pay attention to the driving direction of the motor; The driving direction of the motor should be consistent with that of the piston pump.
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