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Hydrostatic pressure testing machines are a common procedure used to check fluid pressure testing equipments vessel, such as, cylinders, boiler, tubes pipe, valves, castings, components etc.. Hydrostatic pressure testing machine is also a common testing procedure to verify pressure testing equipments vessels do not leak or have manufacturing flaws.
Hydrostatic pressure test pumps & unit is important for pressure testing equipments vessels in the interest of device safety, and durability under operating pressure testing equipments.
The pressure testing equipments vessel to be tested is located within a sealed vessel. The sealed vessel is filled with a incompressible fluid, typically water or oil. The hydrostatic pressure testing machine vessel is then subjected to a known internal pressure testing equipments for a known duration.
The known internal pressure testing equipments is normally a significant percent greater than the maximum operating pressure testing equipments of the device (typically 150%).
The applied pressure testing equipments causes the test vessel to expand, instrumentation, which is already in place, are then read to determine the total and permanent expansion that the test chamber (external) undergoes.
A physical and visual inspection then follows the hydrostatic pressure testing machine to determine that the device being tested has not been damaged or permanently distorted due to the test pressure testing equipments.
Pressure testing equipments vessels may be re-verified by subjecting the vessel device to a proof-pressure testing equipments test. The proof-pressure testing equipments test is commonly referred to as a “modified hydrostatic test”.
The Global Hydrostatic Pressure Testing Machine market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Maximator Hydrostatic Pressure Testing Machine – MAXIMATOR power packs for oil, water or aggressive media are complete hydraulic units ready for connection which are provided for generating operating pressures up to 7,000 bar. The hydraulic systems can be used for all kinds of testing, bolt tensioning and clamping or for other functions requiring a determined pressure.
The pressure will be generated by means of a pneumatically operated MAXIMATOR pump. The pump will be connected to the existing industrial compressed-air ductwork system. For generating the pressure, an electric connection will not be necessary.
MAXIMATOR power packs can be equipped with all MAXIMATOR pumps. Restrictions result only from determined structural dimensions as well as from the flow rates of the pumps being necessary for the respective function.
