Minimum Order Quantity: 1 Set
|Brand||Hawk and MD Pump|
|Motor Horsepower||Up to 12.5 Hp|
|Max Flow Rate||up to 21 LPM|
|Driven Type||Direct Coupled|
|Pressure||Up to 250 Bar|
|Mounting Option||Base Frame or Trolley Mounted|
MD Pumps is the leading manufacturer and supplier of a wide range of hydro testing pumps and systems. Our high quality water pressure testing pumps are capable of performing pressure tests of tubes, pipes, hoses, Cylinder, Pressure Vessels Boilers, They are also used to perform the Hydrostatic Test of Cross Country Pipe Lines, Valves, Castings, Components, etc. for leaks, cracks or defects. We offer the best in quality hydro testing pumps and systems with enhanced efficiency and precision that are perfect for checking fluid hydro test pumps such as cylinders and boilers.
MD Highjet Pump and Systems offers wide range of hydrostatic pressure testing pumps & equipment ranging from 12 lpm to 445 lpm and pressure from 70 bar(1000 PSI) to 1400 bar(20000 PSI). Hydrostatic pressure test pump is either electric motor driven or engine driven.
High pressure test pumps are the best equipment to verify hydro test pumps equipments vessels for leakage and other manufacturing flaws. We provide the best quality water testing pumps in the interest of device safety, making cylinders, pressure vessel boilers and pipelines safe and reliable to use. Our trusted clients highly appreciate the superior quality and competitive pricing of our machines.
MD Pump manufactures high-pressure Hydro Test Pump which are as diverse as your applications hence fulfilling every customer''s needs. Recognized for our extensive expertise and experience in this field, we provide highly reliable hydro test pump equipment that are used to check the components such as pressure vessels and boilers for strength and leaks. The vessel or pipe system to be tested, is filled up with an incompressible liquid, usually water or oil. With the help of a positive displacement reciprocating plunger pump incorporating appropriate safety relief and controls, the pressure of the test component is slowly increased and the vessel is pressurized to a specific test pressure. The same is held for a predetermined time resulting in pressure tightness. Visual inspection is subsequently performed to determine if there is any pressure loss or any leakage.
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